WO2018149362A1 - 移动网络控制终端进行wlan测量的方法及装置、*** - Google Patents
移动网络控制终端进行wlan测量的方法及装置、*** Download PDFInfo
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- WO2018149362A1 WO2018149362A1 PCT/CN2018/075929 CN2018075929W WO2018149362A1 WO 2018149362 A1 WO2018149362 A1 WO 2018149362A1 CN 2018075929 W CN2018075929 W CN 2018075929W WO 2018149362 A1 WO2018149362 A1 WO 2018149362A1
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/04—Arrangements for maintaining operational condition
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/10—Scheduling measurement reports ; Arrangements for measurement reports
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/16—Discovering, processing access restriction or access information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W84/00—Network topologies
- H04W84/02—Hierarchically pre-organised networks, e.g. paging networks, cellular networks, WLAN [Wireless Local Area Network] or WLL [Wireless Local Loop]
- H04W84/10—Small scale networks; Flat hierarchical networks
- H04W84/12—WLAN [Wireless Local Area Networks]
Definitions
- the present disclosure relates to, but is not limited to, the field of communication technologies, and in particular, to a method, device, and system for performing WLAN measurement by a mobile network control terminal.
- WLAN Wireless Local Area Networks
- mobile communication technologies have become two successful wireless communication technologies. Over the years, they have always had complementary advantages.
- the advantage of Wi-Fi technology in WLAN is that it runs on an unlicensed spectrum, anyone can deploy a Wi-Fi network, and can support almost any smart handheld device or IoT device that people can think of.
- Wi-Fi is more suitable for indoor applications with large capacity, high density and low mobility.
- mobile communication technology has swept the world in the past few decades, creating a huge wireless wide area network, such as GSM (Global System for Mobile communication), WCDMA (Wideband Code Division Multiple Access). Divisional Multiple Access), LTE (Long Term Evolution) network. It has the advantages of ubiquitous outdoor coverage, seamless mobility, and more perfect for real-time applications such as voice and streaming. The combination of the two technologies will bring great hope to the entire industry.
- LTE WLAN Aggregation LTE WLAN Aggregation
- LTE data payloads can be separated, and some traffic passes through WLAN. Transmission, the rest is transmitted through LTE itself, which greatly improves the performance of LTE services.
- the terminal can perform measurement of the WLAN under the control of the base station.
- the terminal since the initial expectation of LWA is relatively simple, the terminal only needs to connect to one of the WLAN access point lists given by the base station to perform data transmission and reception.
- the WLAN access point configured by the base station may not always cover the mobile range of the terminal, which requires the terminal to achieve unknown coverage in the surrounding coverage.
- the WLAN performs measurements and reports. This measurement need needs to be supported.
- the present disclosure provides a method, apparatus, and system for a WLAN measurement by a mobile network control terminal, so that the terminal can perform measurement and reporting on an unknown WLAN within the surrounding coverage.
- An embodiment of the present disclosure provides a method for a mobile network control terminal to perform WLAN measurement, including:
- the WLAN access point measurement is performed based on the determined measurement target.
- the embodiment of the present disclosure further provides a method for a mobile network control terminal to perform WLAN measurement, including: pre-configuring a wireless access point mobile set to a terminal;
- the measurement configuration information includes at least measurement target information, or report configuration information, or measurement target information and report configuration information for performing an unknown WLAN access point measurement;
- An embodiment of the present disclosure further provides an apparatus for controlling a WLAN by a mobile network control terminal, including:
- the first receiving module is configured to: receive measurement configuration information sent by the base station, where the measurement configuration information includes measurement target information that performs measurement by an unknown WLAN access point;
- the processing module is configured to: set a local measurement configuration parameter according to the configuration parameter included in the received measurement target information, and determine a measurement target according to the local measurement configuration parameter, and perform WLAN access point measurement according to the determined measurement target.
- Embodiments of the present disclosure also provide a terminal, including the foregoing mobile network control terminal, for performing WLAN measurement.
- An embodiment of the present disclosure further provides an apparatus for controlling a WLAN by a mobile network control terminal, including:
- a second sending module configured to: pre-configure a wireless access point mobile set to the terminal, and set to: send measurement configuration information to the terminal, where the measurement configuration information includes at least measurement target information for performing an unknown WLAN access point measurement, or Report configuration information, or measurement target information and report configuration information;
- the second receiving module is configured to: receive, by the terminal, a measurement report generated according to the report configuration information.
- the embodiment of the present disclosure further provides a base station, including the foregoing mobile network control terminal, for performing WLAN measurement.
- the embodiment of the present disclosure further provides a system for a mobile network control terminal to perform WLAN measurement, including:
- Terminal including,
- the first receiving module is configured to: receive measurement configuration information sent by the base station, where the measurement configuration information includes at least measurement target information, or report configuration information, or measurement target information and report configuration information, which are performed by performing an unknown WLAN access point measurement;
- the processing module is configured to: set a local measurement configuration parameter according to the configuration parameter included in the received measurement target information, and determine a measurement target according to the local measurement configuration parameter, and perform WLAN access point measurement according to the determined measurement target;
- Base station including,
- a second sending module configured to: pre-configure a wireless access point mobile set to the terminal, and set to: send measurement configuration information to the terminal, where the measurement configuration information includes at least measurement target information for performing an unknown WLAN access point measurement, or Report configuration information, or measurement target information and report configuration information.
- the embodiment of the present disclosure further provides a method for a mobile network control terminal to perform WLAN measurement, including:
- the base station pre-configures the wireless access point mobile set to the terminal, and sends measurement configuration information to the terminal, where the measurement configuration information includes at least measurement target information, or report configuration information, or measurement target information and report, performed by the unknown WLAN access point measurement.
- Configuration information includes at least measurement target information, or report configuration information, or measurement target information and report, performed by the unknown WLAN access point measurement.
- the terminal sets the local measurement configuration parameter according to the configuration parameter included in the received measurement target information
- the terminal determines the measurement target according to the local measurement configuration parameter
- the terminal performs WLAN access point measurement according to the determined measurement target.
- Embodiments of the present disclosure also provide a computer readable storage medium storing computer executable instructions that, when executed, implement a method of the WLAN measurement by the mobile network control terminal.
- the foregoing solution implements that the terminal can perform measurement on the WLAN by configuring corresponding parameters under the control of the base station.
- the measurement result is also reported.
- the base station can obtain more WLAN measurement results, and based on these results, it can be more reasonable to configure whether the terminal can continue to use the LWA technology, and according to the measurement result, adjust the mobile set in time to ensure The terminal can always find a suitable WLAN access point to send and receive data from the mobile set, and reduce the probability of dropping from the WLAN.
- FIG. 1 is a flowchart of a method for performing WLAN measurement by a mobile network control terminal according to a first embodiment of the present disclosure
- FIG. 2 is a flowchart of a method for performing WLAN measurement by a mobile network control terminal according to a second embodiment of the present disclosure
- FIG. 3 is a schematic structural diagram of an apparatus for performing WLAN measurement by a mobile network control terminal according to a fifth embodiment of the present disclosure
- FIG. 4 is a schematic structural diagram of an apparatus for performing WLAN measurement by a mobile network control terminal according to a sixth embodiment of the present disclosure
- FIG. 5 is a schematic structural diagram of a system for performing WLAN measurement by a mobile network control terminal according to a seventh embodiment of the present disclosure
- FIG. 6 is a flowchart of a method for performing WLAN measurement by a mobile network control terminal according to an eighth embodiment of the present disclosure.
- FIG. 1 is a flowchart of a method for performing WLAN measurement by a mobile network control terminal according to a first embodiment of the present disclosure
- this embodiment introduces the use of a parameter Unknown WLAN Indication (unknown wireless access point measurement indication).
- Unknown WLAN Indication unknown wireless access point measurement indication
- the method of this embodiment is applicable to a terminal, and the method includes the following steps:
- Step 101 The terminal receives measurement configuration information sent by the base station, where the measurement configuration information includes measurement target information that performs measurement by an unknown WLAN access point.
- Step 102 The terminal sets a local measurement configuration parameter according to the parameter included in the received measurement target information.
- Step 103 The terminal determines a measurement target according to the local measurement configuration parameter.
- Step 104 The terminal performs WLAN access point measurement according to the determined measurement target.
- the measurement target information that is performed by the unknown WLAN access point measurement in step 101 may include one or a combination of two or more of the following parameters:
- Unknown WLAN Indication used to indicate whether to perform measurement of an unknown WLAN access point.
- One implementation is that the value is true “true” or false “false”, where The value is "true”, indicating that the terminal measures an unknown WLAN access point.
- the value of the parameter is "false”
- the terminal is not measured to measure the unknown WLAN access point;
- WLAN-To Add Mod List indicates a WLAN access point that needs to be added as a measurement target, and the value is an identifier of the WLAN access point;
- WLAN-To Remove List Used to indicate the WLAN access point that needs to be deleted from the measurement target, and its value is the identifier of the WLAN access point.
- Carrier Freq Used to indicate the carrier or band information of the WLAN.
- the value is the frequency of one or more carriers.
- the value is one or more of the following values ⁇ 2.4, 5, 60 ⁇ , representing ⁇ 2.4 GHZ band, 5 GHz band and 60 GHz band, respectively. ⁇ .
- step 102 the terminal sets the local measurement configuration parameter according to the parameter included in the received measurement target information; the optional setting mode is:
- the terminal updates the local configuration parameter according to the received configuration parameter, for example, when the parameter received by the terminal includes “WLAN-To Add Mod List”, and the terminal determines The WLAN-To AddMod List is also added to the local configuration parameter, and the terminal adds the identifier (id) of the WLAN access point in the parameter "WLAN-To Add Mod List” to the local parameter "WLAN-To Add". Mod List"; or,
- the terminal When the terminal determines that the received configuration parameter is not in the local measurement configuration parameter, the terminal saves the received configuration parameter. For example, if the received parameter contains “Unknown WLAN Indication” and the terminal local configuration parameter does not include the parameter, the parameter and its value are saved locally.
- step 103 the terminal determines the measurement target according to the local measurement configuration parameter, which may be as follows:
- the terminal determines that the WLAN access point on the frequency or band specified by the parameter “Carrier Freq” is the measurement target; when the local measurement configuration parameter does not include the parameter “Carrier Freq” Then, the terminal determines that the WLAN access point on all frequencies or bands is the measurement target.
- the terminal determines that the WLAN access point matched with the identifier in the “WLAN-To Add Mod List” on the frequency or band specified by the measurement parameter “Carrier Freq” is measured. Target; when the parameter "Carrier Freq" is not included in the local measurement configuration parameter, the terminal determines that the WLAN access point matching the identifier in the "WLAN-To Add Mod List” on all frequencies or bands is the measurement target.
- FIG. 2 is a flowchart of a method for performing WLAN measurement by a mobile network control terminal according to a second embodiment of the present disclosure.
- This embodiment introduces an event parameter for an unknown WLAN measurement on the basis of the first embodiment, and the terminal receives the base station to send.
- the report configuration information is reported according to the event parameter value in the report configuration information.
- Step 201 When the terminal is configured by the base station to use LWA (LTE WLAN Aggregation), the parameter configured by the base station is locally saved: a WLAN mobility set, and the parameter maintains a list of WLAN access points for indicating a WLAN access point that the terminal can connect during use of the LWA; the terminal receives measurement configuration information sent by the base station, where the measurement configuration information includes measurement target information and report configuration information;
- LWA Long Term Evolution
- the measurement configuration information includes measurement target information and report configuration information
- the measurement target information includes one or a combination of two or more of the following parameters:
- Unknown WLAN Indication Used to indicate whether to perform measurement of an unknown WLAN access point.
- One implementation is that the value is “true” or “false”, where “true” indicates terminal measurement Unknown WLAN access point, "false” indicates that the terminal does not measure an unknown WLAN access point;
- WLAN-To Add Mod List indicates a WLAN access point that needs to be added as a measurement target, and the value is an identifier of the WLAN access point;
- WLAN-To Remove List Used to indicate the WLAN access point that needs to be deleted from the measurement target, and its value is the identifier of the WLAN access point.
- Carrier Freq Used to indicate the carrier or band information of the WLAN.
- the value is the frequency of one or more carriers.
- the value is one or more of the following values ⁇ 2.4, 5, 60 ⁇ , representing ⁇ 2.4 GHZ band, 5 GHz band and 60 GHz band, respectively. ⁇ .
- the report configuration information includes one or a combination of two or more of the following parameters:
- Trigger Type Used to indicate that the type of measurement report is an event-triggered report or a recurring report. When the value is set to “event”, it indicates that the terminal needs to execute the event trigger report. When the value is set to “periodical”, the terminal needs to perform periodic report.
- the Trigger Type is event, the report configuration information includes the following parameters Hysteresis, TimeTo Trigger and Event-id and corresponding threshold values.
- Hysteresis used for event trigger condition determination.
- the hysteresis value is set by the base station according to the application requirements. In order to avoid unstable measurement results, a fluctuation space is set by the hysteresis value.
- Time To Trigger The time period between event triggering and reporting.
- Event parameter In this embodiment, the report configuration message includes at least one of the following event parameters, and each set of event parameters includes one of the following event identifiers (events-id) and corresponding thresholds:
- the base station can make the purpose of the measurement more clear by setting a threshold value.
- X1 event threshold (X1-Threshold): triggers the first threshold required for X1 event reporting.
- the base station can set the corresponding threshold according to the actual application requirement, and add the threshold to the report configuration information, and send it to the terminal.
- the second event identifier (Event-id): X2, indicating that the access point measurement results of the WLANs in all WLAN mobility sets are lower than the second threshold value X2-threshold1, and other WLAN access points not in the WLAN mobility set.
- the measured result is higher than the third threshold X2-threshold2.
- the second threshold X2-threshold1 triggers the second threshold required for reporting the X2 event.
- the third threshold X2-threshold2 triggers the third threshold required for reporting the X2 event.
- the third event identifier (Event-id): X3 indicates that the access point measurement results of the WLANs in all WLAN mobility sets are lower than the fourth threshold.
- the fourth threshold X3-threshold triggers the fourth threshold required for reporting the X3 event.
- Step 202 The terminal sets local measurement configuration parameters according to parameters included in the received measurement configuration information.
- the optional setting method can be:
- the local configuration parameter is updated according to the received configuration parameter, for example, when the received parameter includes “WLAN-To Add ModList”, and the terminal determines the local configuration parameter. There is also a "WLAN-To Add Mod List”, and the id of the WLAN access point in the received parameter "WLAN-To Add Mod List” is added to the local parameter "WLAN-To Add Mod List”.
- the received configuration parameter is saved. For example, if the received parameter contains “Unknown WLAN Indication” and the parameter is not included in the local configuration parameter, the parameter and its value are saved locally.
- Step 203 The terminal determines the measurement target according to the local measurement configuration parameter, and may be as follows:
- the measurement configuration parameter includes "Unknown WLAN Indication” and the value of the parameter is "true”
- the parameter "Carrier Freq” when the parameter "Carrier Freq” is also included, the WLAN access point on the frequency or band specified by the parameter “Carrier Freq” is measured.
- the parameter "Carrier Freq” is not included, the WLAN access points on all frequencies or bands are measured.
- the WLAN access point matching the identifier in the "WLAN-To Add Mod List” on the frequency or band specified by the parameter “Carrier Freq” is measured; when the parameter "Carrier Freq” is not included , to measure WLAN access points on all frequencies or bands that match the identity in the "WLAN-To Add Mod List".
- Step 204 The terminal performs measurement on the WLAN access point according to the determined measurement target, and generates a measurement report according to the parameter of the report configuration information, and performs reporting.
- the Trigger Type is event and the event-id is X1 in step 204
- the WLAN mobility set does not include any WLAN access point identifier
- assume a certain The measurement result of the WLAN access point is Ms, and the WLAN access point is not included in the measurement report corresponding to the measurement task, and the event triggering condition is met:
- the measurement result continues to satisfy the event trigger condition for the Time To Trigger time, and the WLAN access point is added to the measurement report corresponding to the measurement task. If there is no measurement report corresponding to the measurement task, a measurement report corresponding to the measurement task is created.
- the measurement report does not contain any WLAN access points, the measurement report corresponding to the measurement task is deleted.
- the Trigger Type is event and the event-id is X2
- the WLAN access point measurement result in the WLAN mobility set is Ms
- the WLAN is other than the WLAN mobility set.
- the measurement result of the access point is Mn, if the measurement result satisfies the event trigger condition:
- the measurement results of all the WLAN access points listed in the WLAN mobility set satisfy the condition Ms+Hysteresis ⁇ X2-Threshold1, and the measurement result of at least one WLAN access point other than the WLAN mobility set satisfies the condition Mn-Hysteresis>X2 -Threshold2, the WLAN access point is not included in the measurement report corresponding to the measurement task.
- the measurement result continues to satisfy the event trigger condition for the Time To Trigger time, and the WLAN access point other than the WLAN mobility set is added to the measurement report corresponding to the measurement task. If there is no measurement report corresponding to the measurement task, a measurement report corresponding to the measurement task is created.
- the measurement result of at least one WLAN access point in the WLAN mobility set satisfies the condition Ms-Hysteresis>X2-Threshold1,
- the measurement report corresponding to the measurement task is deleted.
- the Trigger Type is event and the event-id is X2
- the measurement result of the WLAN access point that has been added to the measurement report corresponding to the measurement task satisfies the event leaving condition:
- the measurement report does not include any WLAN access point, the measurement report corresponding to the measurement task is deleted.
- Trigger Type is event and the event-id is X3 in step 204, it is assumed that the WLAN access point measurement result in the WLAN mobility set is Ms, when the event is satisfied.
- the measurement result of at least one WLAN access point in the WLAN mobility set satisfies the condition Ms-Hysteresis>X3-Threshold1,
- the mobile network control terminal of the third embodiment of the present disclosure controls the method for performing WLAN measurement.
- the Unknown WLAN Indication may mask the carrier Freq parameter.
- Step 301 The terminal receives measurement configuration information sent by the base station, where the measurement configuration information includes measurement target information.
- the measurement target information may include one or more of the following parameters:
- Unknown WLAN Indication used to indicate whether to perform measurement of an unknown WLAN access point.
- One implementation is that the value is “true” or “false”, where the value of the parameter is “true”, indicating that the terminal measures an unknown WLAN access point, and when the value of the parameter is "f alse”, indicating that the terminal does not measure the unknown WLAN access point;
- WLAN-To Add Mod List indicates a WLAN access point that needs to be added as a measurement target, and the value is an identifier of the WLAN access point;
- WLAN-To Remove List Used to indicate the WLAN access point that needs to be deleted from the measurement target, and its value is the identifier of the WLAN access point.
- Carrier Freq Used to indicate the carrier or band information of the WLAN.
- the value is the frequency of one or more carriers.
- the value is one or more of the following values ⁇ 2.4, 5, 60 ⁇ , representing ⁇ 2.4 GHZ band, 5 GHz band and 60 GHz band, respectively. ⁇ .
- step 302 the terminal sets the local measurement configuration parameter according to the parameter included in the received measurement target information; the optional setting mode is:
- the terminal updates the local configuration parameter according to the received configuration parameter, for example, when the parameter received by the terminal includes “WLAN-ToAdd Mod List”, and the terminal determines the local configuration.
- the parameter also includes "WLAN-To Add ModList", and the terminal adds the identifier (id) of the WLAN access point in the received parameter "WLAN-To Add Mod List” to the local parameter "WLAN-To Add Mod List”.
- the terminal adds the identifier (id) of the WLAN access point in the received parameter "WLAN-To Add Mod List" to the local parameter "WLAN-To Add Mod List".
- the terminal When the terminal determines that the received configuration parameter is not in the local measurement configuration parameter, the terminal saves the received configuration parameter. For example, if the received parameter contains "Unknown WLAN Indication" and the terminal local configuration parameter does not include the parameter "Unknown WLAN Indication”, the parameter "Unknown WLAN Indication” and its value are saved locally.
- step 303 the terminal determines the measurement target according to the local measurement configuration parameter, which may be as follows:
- the measurement configuration parameter includes "Unknown WLAN Indication” and the value of the parameter "Unknown WLAN Indication” is "true”, the WLAN access point on all frequencies or bands is measured.
- the Unknown WLAN Indication can mask the Carrier Freq parameter.
- the terminal measures the parameter.
- Carrier Freq specifies the WLAN access point on the frequency or band that matches the identifier in the "WLAN-To Add Mod List”; when the local measurement configuration parameter does not include the parameter "Carrier Freq", the terminal measures all frequencies or bands. A WLAN access point that matches the identity in the WLAN-To Add Mod List.
- the mobile network control terminal of the fourth embodiment of the present disclosure controls the method for performing WLAN measurement.
- an event parameter for the unknown WLAN measurement is introduced on the basis of the third embodiment, and the terminal can receive the report configuration information sent by the base station, and configured according to the report.
- the event parameter value in the information is used to report the measurement result.
- Step 401 When the terminal is configured by the base station to use LWA (LTE WLAN Aggregation), the parameter configured by the base station is locally saved: a WLAN mobility set, and the parameter WLAN mobility set maintains a list of WLAN access points. a WLAN access point for indicating that the terminal can be connected during use of the LWA; the terminal receiving measurement configuration information sent by the base station, where the measurement configuration information includes measurement target information and report configuration information;
- LWA Long Term Evolution
- the measurement target information includes one or a combination of two or more of the following parameters:
- Unknown WLAN Indication Used to indicate whether to perform measurement of an unknown WLAN access point.
- One implementation is that the value is “true” or “false”, where “true” indicates terminal measurement Unknown WLAN access point, "false” indicates that the terminal does not measure an unknown WLAN access point;
- WLAN-To Add Mod List indicates a WLAN access point that needs to be added as a measurement target, and the value is an identifier of the WLAN access point;
- WLAN-To Remove List Used to indicate the WLAN access point that needs to be deleted from the measurement target, and its value is the identifier of the WLAN access point.
- Carrier Freq Used to indicate the carrier or band information of the WLAN.
- the value is the frequency of one or more carriers.
- the value is one or more of the following values ⁇ 2.4, 5, 60 ⁇ , representing ⁇ 2.4 GHZ band, 5 GHz band and 60 GHz band, respectively. ⁇ .
- the report configuration information includes one or a combination of two or more of the following parameters:
- Trigger Type Used to indicate that the type of measurement report is an event-triggered report or a recurring report. When the value is set to “event”, it indicates that the terminal needs to execute the event trigger report. When the value is set to “periodical”, the terminal needs to perform periodic report.
- the Trigger Type is event, the report configuration information includes the following parameters Hysteresis, TimeTo Trigger and Event-id and corresponding threshold values.
- Hysteresis used for event trigger condition determination
- Time To Trigger The time period between event triggering and reporting
- Event parameter In this embodiment, the report configuration message includes at least one of the following event parameters, and each set of event parameters includes one of the following event identifiers (events-id) and corresponding thresholds:
- the base station can make the purpose of the measurement more clear by setting a threshold value.
- X1 event threshold (X1-Threshold): triggers the first threshold required for X1 event reporting.
- the base station can set the corresponding threshold according to the actual application requirement, and add the threshold to the report configuration information, and send it to the terminal.
- the second event identifier (Event-id): X2, indicating that the access point measurement results of the WLANs in all WLAN mobility sets are lower than the second threshold value X2-threshold1, and other WLAN access points not in the WLAN mobility set.
- the measured result is higher than the third threshold X2-threshold2.
- the second threshold X2-threshold1 triggers the second threshold required for reporting the X2 event.
- the third threshold X2-threshold2 triggers the third threshold required for reporting the X2 event.
- the third event identifier (Event-id): X3 indicates that the access point measurement results of the WLANs in all WLAN mobility sets are lower than the fourth threshold.
- the fourth threshold X3-threshold triggers the fourth threshold required for reporting the X3 event.
- Step 402 The terminal sets a local measurement configuration parameter according to the parameter included in the received measurement configuration information.
- the optional setting method can be:
- the local configuration parameter is updated according to the received configuration parameter, for example, when the received parameter includes “WLAN-To Add ModList”, and the terminal determines the local configuration parameter. There is also a "WLAN-To Add Mod List”, and the id of the WLAN access point in the received parameter "WLAN-To Add Mod List” is added to the local parameter "WLAN-To Add Mod List”.
- the received configuration parameter is saved. For example, if the received parameter contains “Unknown WLAN Indication” and the local configuration parameter does not include the parameter “Unknown WLAN Indication”, the parameter “Unknown WLAN Indication” and its value are saved locally.
- Step 403 The terminal determines the measurement target according to the local measurement configuration parameter, which may be as follows:
- the measurement configuration parameter includes "Unknown WLAN Indication” and the value of this parameter is "true"
- the WLAN access point on all frequencies or bands is measured. This is different from the second embodiment.
- the Unknown WLAN Indication can mask the Carrier Freq parameter.
- the WLAN access point matching the identifier in the "WLAN-To Add Mod List” on the frequency or band specified by the parameter “Carrier Freq” is measured; when the parameter "Carrier Freq” is not included , to measure WLAN access points on all frequencies or bands that match the identity in the "WLAN-To Add Mod List".
- Step 404 The terminal performs measurement on the WLAN access point according to the determined measurement target, and generates a measurement report according to the parameter of the report configuration information, and performs reporting.
- the Trigger Type is event and the event-id is X1 in step 404, if the WLAN mobility set does not include any WLAN access point identifier, assume a certain The measurement result of the WLAN access point is Ms, and the event trigger condition is met:
- the measurement result continues to satisfy the event trigger condition for the Time To Trigger time, and the WLAN access point is added to the measurement report corresponding to the measurement task.
- the measurement report does not contain any WLAN access points, the measurement report corresponding to the measurement task is deleted.
- the Trigger Type is event and the event-id is X2
- the WLAN access point measurement result in the WLAN mobility set is Ms
- the WLAN is other than the WLAN mobility set.
- the measurement result of the access point is Mn, if the measurement result satisfies the event trigger condition:
- the measurement results of all the WLAN access points listed in the WLAN mobility set satisfy the condition Ms+Hysteresis ⁇ X2-Threshold1, and the measurement result of at least one WLAN access point other than the WLAN mobility set satisfies the condition Mn-Hysteresis>X2 -Threshold2,
- the measurement result continues to satisfy the event trigger condition for the Time To Trigger time, and the WLAN access point other than the WLAN mobility set is added to the measurement report corresponding to the measurement task.
- the measurement result of at least one WLAN access point in the WLAN mobility set satisfies the condition Ms-Hysteresis>X2-Threshold1,
- the measurement report corresponding to the measurement task is deleted.
- the Trigger Type is event and the event-id is X2
- the measurement result of the WLAN access point that has been added to the measurement report corresponding to the measurement task satisfies the event leaving condition:
- the measurement report does not include any WLAN access point, the measurement report corresponding to the measurement task is deleted.
- Trigger Type is event and the event-id is X3 in step 404, it is assumed that the WLAN access point measurement result in the WLAN mobility set is Ms, when the event is satisfied.
- the measurement result of at least one WLAN access point in the WLAN mobility set satisfies the condition Ms-Hysteresis>X3-Threshold1,
- FIG. 3 is a schematic structural diagram of an apparatus for performing WLAN measurement by a mobile network control terminal according to a fifth embodiment of the present disclosure, where the apparatus may include:
- the first receiving module is configured to: receive measurement configuration information sent by the base station, where the measurement configuration information includes measurement target information that performs measurement by an unknown WLAN access point;
- the processing module is configured to: set a local measurement configuration parameter according to the configuration parameter included in the received measurement target information, and determine a measurement target according to the local measurement configuration parameter, and perform WLAN access point measurement according to the determined measurement target.
- the measurement target information received by the first receiving module includes one or a combination of two or more of the following parameters:
- Unknown WLAN Indication Unknown WLAN Indication, Unknown WLAN Indication, WLAN-To Add Mod List to be added, WLAN-ToRemove List to be deleted, Carrier Freq;
- the unknown wireless access point measurement indicates that the value of the Unknown WLAN Indication is true or false.
- the value of the WLAN-To Add Mod List to be added is the identifier of the WLAN access point.
- the value of the deleted wireless access point list WLAN-To RemoveList is the identifier of the WLAN access point.
- the processing module sets the local measurement configuration parameter according to the configuration parameter included in the received measurement target information, including:
- the local configuration parameter is updated according to the received configuration parameter; when it is determined that the received configuration parameter is not in the local measurement configuration parameter, the received configuration parameter is saved. .
- the processing module determines the measurement target according to the local measurement configuration parameter, including:
- the terminal determines that the WLAN access point on the frequency or band specified by the parameter CarrierFreq is the measurement target; when the local measurement configuration parameter does not include the parameter carrier Freq, the terminal determines all frequencies or The WLAN access point on the band is a measurement target; or, when the local measurement configuration parameter includes Unknown WLAN Indication, and the value of the parameter is true, the WLAN access point on all frequencies or bands is measured;
- the terminal determines that the WLAN access point matched with the identifier in the WLAN-To Add Mod List on the frequency or band specified by the measurement parameter Carrier Freq is the measurement target; when the local measurement configuration The parameter CarrierFreq is not included in the parameter, and the terminal determines that the WLAN access point matching the identifier in the WLAN-To Add Mod List on all frequencies or bands is the measurement target.
- the measurement configuration information that is received by the first receiving module further includes: report configuration information, where the device further includes:
- the obtaining module is configured to: obtain a pre-stored wireless access point mobile set WLAN mobility set.
- the report configuration information received by the first receiving module includes one or a combination of two or more of the following parameters:
- Measurement report type Trigger Type, hysteresis value Hysteresis, trigger time Time ToTrigger, event parameters;
- the value of the measurement report type Trigger Type is: event event or periodic period; the event parameter includes an event identifier event-id.
- the event configuration parameter received by the first receiving module includes at least one of the following event identifiers and corresponding threshold values:
- a first event identifier X1 indicating that the measurement result of the WLAN access point is higher than the first threshold, and a corresponding first threshold value X1-Threshold;
- the access point measurement results of the WLANs in all WLAN mobility sets are lower than the second threshold X2-threshold1, and the measurement results of other WLAN access points not in the WLAN mobility set are higher than the third threshold X2.
- a third event identifier X3 indicating that the access point measurement of the WLAN in all WLAN mobility sets is lower than the fourth threshold, and a corresponding fourth threshold X3-threshold.
- the device further includes:
- the first sending module is configured to: generate a measurement report according to the parameter of the report configuration information, and report the result.
- the first sending module is configured to:
- the measurement result continues to satisfy the event trigger condition for the Time To Trigger time, and the WLAN access point is added to the measurement report corresponding to the measurement task;
- Trigger Type event and the event-id is X2
- the WLAN access point measurement result in the WLAN mobility set is Ms
- the measurement result of the WLAN access point other than the WLAN mobility set is Mn, when the measurement result satisfies the event.
- the measurement results of all the WLAN access points listed in the WLAN mobility set satisfy the condition Ms+Hysteresis ⁇ X2-Threshold1, and the measurement result of at least one WLAN access point other than the WLAN mobility set satisfies the condition Mn-Hysteresis>X2 -Threshold2,
- the measurement result continues to satisfy the event trigger condition for the Time To Trigger time, and the WLAN access point other than the WLAN mobility set is added to the measurement report corresponding to the measurement task;
- the measurement result of at least one WLAN access point in the WLAN mobility set satisfies the condition Ms-Hysteresis>X2-Threshold1,
- the Trigger Type is event and the event-id is X2
- the measurement result of the WLAN access point that has been added to the measurement report corresponding to the measurement task satisfies the event leaving condition:
- the WLAN access point measurement result Ms in the WLAN mobility set satisfies the event trigger condition:
- the WLAN access point measurement result Ms in the WLAN mobility set satisfies the event leaving condition:
- the measurement result of at least one WLAN access point in the WLAN mobility set satisfies the condition Ms-Hysteresis>X3-Threshold1,
- the embodiment further provides a terminal, including the foregoing mobile network control terminal, for performing WLAN measurement.
- FIG. 4 is a schematic structural diagram of an apparatus for performing WLAN measurement by a mobile network control terminal according to a sixth embodiment of the present disclosure, where the apparatus may include:
- the second sending module is configured to: pre-configure the wireless access point mobile set WLAN mobility set to the terminal, and set to: send measurement configuration information to the terminal, where the measurement configuration information includes at least a measurement target that performs measurement by the unknown WLAN access point Information, or report configuration information, or measurement target information and report configuration information;
- the second receiving module is configured to: receive, by the terminal, a measurement report generated according to the report configuration information.
- the measurement target information sent by the second sending module includes one or a combination of two or more of the following parameters:
- Unknown WLAN Indication Unknown WLAN Indication, Unknown WLAN Indication, WLAN-To Add Mod List to be added, WLAN-ToRemove List to be deleted, Carrier Freq;
- the unknown wireless access point measurement indicates that the value of the Unknown WLAN Indication is true or false;
- the value of the WLAN-To Add Mod List to be added is the identifier of the WLAN access point, to be deleted.
- the value of the WLAN-To Remove List of the wireless access point list is the identifier of the WLAN access point;
- the report configuration information includes one or a combination of two or more of the following parameters:
- Measurement report type Trigger Type, hysteresis value Hysteresis, trigger time Time ToTrigger, event parameters;
- the value of the measurement report type Trigger Type is: event event or periodic period; the event parameter includes an event identifier event-id.
- the event configuration parameter that is sent by the second sending module includes at least one of an event identifier and a corresponding threshold:
- a first event identifier X1 indicating that the measurement result of the WLAN access point is higher than the first threshold, and a corresponding first threshold value X1-Threshold;
- the access point measurement results of the WLANs in all WLAN mobility sets are lower than the second threshold X2-threshold1, and the measurement results of other WLAN access points not in the WLAN mobility set are higher than the third threshold X2.
- a third event identifier X3 indicating that the access point measurement of the WLAN in all WLAN mobility sets is lower than the fourth threshold, and a corresponding fourth threshold X3-threshold.
- the second receiving module is configured to:
- the measurement result continues to satisfy the event trigger condition for the Time To Trigger time, and the WLAN access point is in the measurement report corresponding to the measurement task;
- the Trigger Type is event and the event-id is X2
- the WLAN access point measurement result in the WLAN mobility set is Ms
- the measurement result of the WLAN access point other than the WLAN mobility set is Mn, when the terminal determines the measurement.
- the result satisfies the event trigger condition:
- the measurement results of all the WLAN access points listed in the WLAN mobility set satisfy the condition Ms+Hysteresis ⁇ X2-Threshold1, and the measurement result of at least one WLAN access point other than the WLAN mobility set satisfies the condition Mn-Hysteresis>X2 -Threshold2,
- the measurement result continues to satisfy the event trigger condition for the Time To Trigger time, and the WLAN access point other than the WLAN mobility set is in the measurement report corresponding to the measurement task;
- the measurement result of at least one WLAN access point in the WLAN mobility set satisfies the condition Ms-Hysteresis>X2-Threshold1,
- the terminal determines that the measurement result of the WLAN access point added to the measurement report corresponding to the measurement task satisfies the event leaving condition:
- the measurement result of at least one WLAN access point in the WLAN mobility set satisfies the condition Ms-Hysteresis>X3-Threshold1,
- the embodiment further provides a base station, including the foregoing mobile network control terminal, for performing WLAN measurement.
- FIG. 5 is a schematic structural diagram of a system for performing WLAN measurement by a mobile network control terminal according to a seventh embodiment of the present disclosure; the system may include:
- Terminal including,
- the first receiving module is configured to: receive measurement configuration information sent by the base station, where the measurement configuration information includes measurement target information for performing unknown WLAN access point measurement, or report configuration information, or measurement target information and report configuration information;
- the processing module is configured to: set a local measurement configuration parameter according to the configuration parameter included in the received measurement target information, and determine a measurement target according to the local measurement configuration parameter, and perform WLAN access point measurement according to the determined measurement target;
- the acquiring module is configured to: acquire a wireless access point mobile set WLAN mobility set sent by the base station;
- the first sending module is configured to: generate a measurement report according to the parameter of the report configuration information, and report the report;
- Base station including,
- the second sending module is configured to: pre-configure the wireless access point mobile set WLAN mobility set to the terminal, and set to: send measurement configuration information to the terminal, where the measurement configuration information includes performing measurement target information of the unknown WLAN access point measurement , or report configuration information, or measurement target information and report configuration information;
- the second receiving module is configured to: receive, by the terminal, a measurement report generated according to the report configuration information.
- FIG. 6 is a flowchart of a method for performing WLAN measurement by a mobile network control terminal according to an eighth embodiment of the present disclosure.
- the method can include:
- Step 601 The base station pre-configures the wireless access point mobility set WLAN mobility set to the terminal, and sends measurement configuration information to the terminal, where the measurement configuration information includes at least measurement target information for performing unknown WLAN access point measurement, or report configuration information, Or measuring target information and reporting configuration information;
- Step 602 The terminal receives measurement configuration information sent by the base station.
- Step 603 The terminal sets a local measurement configuration parameter according to the configuration parameter included in the received measurement target information.
- Step 604 The terminal determines a measurement target according to the local measurement configuration parameter.
- Step 605 The terminal performs WLAN access point measurement according to the determined measurement target.
- Step 606 The terminal may generate a measurement report according to the parameter of the report configuration information.
- Step 607 The base station may receive a measurement report generated by the terminal according to the report configuration information.
- an indication (information information) is set to the terminal by the base station, and the terminal sets the measurement target, sets the measurement trigger condition, and reports the measurement result according to the indication.
- the base station sends measurement configuration information to the terminal, where the parameter “Execute unknown WLAN measurement” is included.
- This parameter can take the value “true” or "false”. When the value is “true”, it indicates that the terminal is instructed to perform unknown WLAN measurement. When the value is “false”, it indicates that the terminal does not perform unknown WLAN measurement, but performs measurement according to the WLAN list given in the measurement target. After receiving the measurement configuration information sent by the base station, the terminal saves to the local.
- the terminal measures WLAN access on all specified frequencies. Point, if the measurement configuration does not include the parameter "Execute unknown WLAN measurement”, or if the parameter is included, but the value is set to "false”, then the terminal measures the WLAN access point given in the given WLAN list.
- the method and the device and system of the embodiments of the present disclosure enable the terminal to perform measurement on the WLAN by configuring corresponding parameters under the control of the base station.
- Embodiments of the present disclosure also provide a computer readable storage medium storing computer executable instructions that, when executed, implement a method of the WLAN measurement by the mobile network control terminal.
- the technical solution of the embodiments of the present disclosure may be embodied in the form of a software product in essence or in the form of a software product stored in a storage medium (such as ROM/RAM, disk,
- the optical disc includes a number of instructions for causing a terminal device (which may be a cell phone, a computer, a server, or a network device, etc.) to perform the methods described in various embodiments of the present disclosure.
- Computer storage medium includes volatile and nonvolatile, implemented in any method or technology for storing information, such as computer readable instructions, data structures, program modules or other data. Sex, removable and non-removable media.
- Computer storage media include, but are not limited to, Random Access Memory (RAM), Read-Only Memory (ROM), Electrically Erasable Programmable Read-only Memory (EEPROM), flash memory Or other memory technology, CD-ROM (Compact Disc Read-Only Memory), digital versatile disc (DVD) or other optical disc storage, magnetic box, magnetic tape, disk storage or other magnetic storage device, or can be used Any other medium that stores the desired information and that can be accessed by the computer.
- communication media typically includes computer readable instructions, data structures, program modules, or other data in a modulated data signal, such as a carrier wave or other transport mechanism, and can include any information delivery media. .
- the embodiment of the present disclosure implements that the terminal can perform measurement on the WLAN by configuring corresponding parameters under the control of the base station.
- the measurement result is also reported.
- the base station can obtain more WLAN measurement results, and based on these results, it can be more reasonable to configure whether the terminal can continue to use the LWA technology, and according to the measurement result, adjust the mobile set in time to ensure The terminal can always find a suitable WLAN access point to send and receive data from the mobile set, and reduce the probability of dropping from the WLAN.
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Abstract
一种移动网络控制终端进行WLAN测量的方法包括:接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息;根据接收到测量目标信息所包含的配置参数设置本地测量配置参数;根据本地测量配置参数确定测量目标;根据确定的测量目标执行WLAN接入点测量。
Description
本公开涉及但不限于通信技术领域,尤其是一种移动网络控制终端进行WLAN测量的方法及装置、***。
WLAN(Wireless Local Area Networks,无线局域网络)和移动通信技术已经成为了两大成功的无线通信技术。多年来,它们一直优势互补。WLAN中的Wi-Fi技术的优势在于,它是在未授权的频谱上运行的,任何人都可以部署Wi-Fi网络,而且能够支持人们能想到的几乎所有智能手持设备或物联网设备。Wi-Fi较适合的是大容量、高密度且低移动性的室内应用。另一方面,移动通信技术在过去几十年里横扫全球,打造出了庞大的无线广域网络,例如GSM(Global System for Mobile communication,全球移动通信***),WCDMA(Wideband Code Division Multiple Access,宽带码分多址),LTE(Long Term Evolution,长期演进)网络。它具备无处不在的室外覆盖、无缝的移动等优点,更完美支持语音和流媒体等实时应用。两项技术的结合将为整个行业带来巨大的希望。
3GPP(3rd Generation Partnership Project,第三代合作伙伴计划)推出了将移动网络和WLAN融合的LWA(LTE WLAN Aggregation,LTE WLAN聚合)技术,借助LWA技术,可分离LTE数据有效载荷,一些流量通过WLAN传输,剩余的则通过LTE本身来传送,从而大大提升LTE服务的性能。
发明内容
以下是对本文详细描述的主题的概述。本概述并非是为了限制权利要求的保护范围。
为了帮助基站配置LWA,可以在基站的控制下让终端执行WLAN的测 量。在LWA技术发展中,由于初期对LWA的期望比较简单,终端只需要在基站给定的WLAN接入点列表中连接到其中一个,进行数据收发就可以了。而随着对融合场景的扩展,尤其是考虑到终端移动的不确定性,基站配置的WLAN接入点不可能一直都覆盖终端的移动范围,这就要求终端能实现对周边覆盖范围内的未知WLAN进行测量和报告。这种测量需求需要得到支持。
本公开提供一种移动网络控制终端进行WLAN测量的方法及装置、***,从而使终端能实现对周边覆盖范围内的未知WLAN进行测量和报告。
本公开实施例提供了一种移动网络控制终端进行WLAN测量的方法,包括:
接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息;
根据接收到测量目标信息所包含的配置参数设置本地测量配置参数;
根据本地测量配置参数确定测量目标;
根据确定的测量目标执行WLAN接入点测量。
本公开实施例还提供了一种移动网络控制终端进行WLAN测量的方法,包括:预先配置无线接入点移动集到终端;
发送测量配置信息给终端,所述测量配置信息至少包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;
接收终端根据所述报告配置信息生成的测量报告。
本公开实施例还提供了一种移动网络控制终端进行WLAN测量的装置,包括:
第一接收模块,设置为:接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息;
处理模块,设置为:根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,并根据本地测量配置参数确定测量目标,根据确定的测量目标执行WLAN接入点测量。
本公开实施例还提供了一种终端,包括上述的移动网络控制终端进行 WLAN测量的装置。
本公开实施例还提供了一种移动网络控制终端进行WLAN测量的装置,包括:
第二发送模块,设置为:预先配置无线接入点移动集到终端,并设置为:发送测量配置信息给终端,所述测量配置信息至少包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;
第二接收模块,设置为:接收终端根据所述报告配置信息生成的测量报告。
本公开实施例还提供了一种基站,包括上述的移动网络控制终端进行WLAN测量的装置。
本公开实施例还提供了一种移动网络控制终端进行WLAN测量的***,包括:
终端,包括,
第一接收模块,设置为:接收基站发送的测量配置信息,所述测量配置信息至少包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;
处理模块,设置为:根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,并根据本地测量配置参数确定测量目标,根据确定的测量目标执行WLAN接入点测量;
基站,包括,
第二发送模块,设置为:预先配置无线接入点移动集到终端,并设置为:发送测量配置信息给终端,所述测量配置信息至少包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息。
本公开实施例还提供了一种移动网络控制终端进行WLAN测量的方法,包括:
基站预先配置无线接入点移动集到终端,并发送测量配置信息给终端,所述测量配置信息至少包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;
终端接收基站发送的测量配置信息;
终端根据接收到测量目标信息所包含的配置参数设置本地测量配置参数;
终端根据本地测量配置参数确定测量目标;
终端根据确定的测量目标执行WLAN接入点测量。
本公开实施例还提供了一种计算机可读存储介质,存储有计算机可执行指令,所述计算机可执行指令被执行时实现上述移动网络控制终端进行WLAN测量的方法。
上述方案实现了终端可以在基站的控制下,通过配置相应的参数执行对WLAN的测量,在本公开的实施例中,还实现了对测量结果进行报告。通过本公开的实施例,可以使基站获得更多的WLAN的测量结果,基于这些结果能更加合理的配置终端是否可以继续使用LWA技术,并且根据测量结果,及时的对移动集进行调整,以保证终端总能从移动集中找到合适的WLAN接入点收发数据,减少从WLAN掉线的概率。
在阅读并理解了附图和详细描述后,可以明白其他方面。
附图概述
图1为本公开第一实施例的移动网络控制终端进行WLAN测量的方法流程图;
图2为本公开第二实施例的移动网络控制终端进行WLAN测量的方法流程图;
图3为本公开第五实施例的移动网络控制终端进行WLAN测量的装置结构示意图;
图4为本公开第六实施例的移动网络控制终端进行WLAN测量的装置结构示意图;
图5为本公开第七实施例的移动网络控制终端进行WLAN测量的***结构示意图;
图6为本公开第八实施例的移动网络控制终端进行WLAN测量的方法流程图。
本公开的较佳实施方式
下面结合附图对本公开的实施方式进行描述。
第一实施例:
参照图1所示,为本公开第一实施例的移动网络控制终端进行WLAN测量的方法流程图,本实施例引入参数Unknown WLAN Indication(未知无线接入点测量指示)的使用。本实施例的方法可应用于终端,所述方法包括以下步骤:
步骤101,终端接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息;
步骤102,终端根据接收到测量目标信息所包含的参数设置本地测量配置参数;
步骤103,终端根据本地测量配置参数确定测量目标;
步骤104,终端根据确定的测量目标执行WLAN接入点测量。
在本实施例中,步骤101中所述执行未知WLAN接入点测量的测量目标信息,可包含以下参数中的一个或两个以上的组合:
未知无线接入点测量指示(Unknown WLAN Indication):用于指示是否执行未知WLAN接入点的测量,一种实施方式为,其值为真“true”或假“false”,其中当该参数的值为“true”,指示终端测量未知WLAN接入点,当该参数的值为“false”,指示终端不测量未知WLAN接入点;
待增加的无线接入点列表(WLAN-To Add Mod List):用于指示需要增加为测量目标的WLAN接入点,其值为WLAN接入点的标识;
待删除的无线接入点列表(WLAN-To Remove List):用于指示需要从测量目标里删除的WLAN接入点,其值为WLAN接入点的标识。
载波频率(Carrier Freq):用于指示WLAN的载波或波段信息。当指示载波信息,则值是一个或多个载波的频率,当指示波段信息,则值为一个或多个以下值{2.4,5,60},分别代表{2.4GHZ波段,5GHZ波段和60GHZ波段}。
在本实施例中,步骤102中终端根据接收到测量目标信息所包含的参数设置本地测量配置参数;可选的设置方式为:
当判断到接收到的配置参数在本地测量配置参数存在时,终端根据接收到的配置参数更新本地配置参数,例如:当终端接收到的参数中包含“WLAN-To Add Mod List”,并且终端判断到本地配置参数中也有“WLAN-To AddMod List”,则终端将接收到的参数“WLAN-To Add Mod List”中的WLAN接入点的标识(id)添加到本地的参数“WLAN-To Add Mod List”中;或,
当终端判断到接收到的配置参数在本地测量配置参数中没有,终端保存接收到的配置参数。例如:当接收到的参数中包含“Unknown WLANIndication”,而终端本地配置参数中不包含该参数,则将该参数及其值保存在本地。
在本实施例中,步骤103中终端根据本地测量配置参数确定测量目标,可以如下:
当本地测量配置参数中包括“Unknown WLAN Indication”,并且该参数的值为“true”,
当本地测量配置参数中还包括参数“Carrier Freq”,则终端确定参数“Carrier Freq”指定的频率或波段上的WLAN接入点为测量目标;当本地测量配置参数中不包括参数“Carrier Freq”,则终端确定所有频率或波段上的WLAN接入点为测量目标。
当本地测量配置参数中不包括“Unknown WLAN Indication”,或者包括参数“Unknown WLAN Indication”且其值为“false”时,
当本地测量配置参数中还包括参数“Carrier Freq”,则终端确定测量参数“Carrier Freq”指定的频率或波段上与“WLAN-To Add Mod List”中的标识相匹配的WLAN接入点为测量目标;当本地测量配置参数中不包括参数“Carrier Freq”,则终端确定所有频率或波段上与“WLAN-To Add Mod List”中的标识相匹配的WLAN接入点为测量目标。
可见,在本实施例中,在“Unknown WLAN Indication”参数的值为“true”时,忽略“WLAN-To Add Mod List”参数。
第二实施例:
参照图2所示,为本公开第二实施例的移动网络控制终端进行WLAN 测量的方法流程图,本实施例在第一实施例的基础上引入针对未知WLAN测量的事件参数,终端接收基站发送的报告配置信息,按照报告配置信息中的事件参数值进行测量结果的上报。
本实施例的方法可包括以下步骤:
步骤201,当终端被基站配置使用LWA(LTE WLAN Aggregation)时,本地保存基站配置的参数:无线接入点移动集(WLAN mobility Set),该参数维护一个WLAN接入点的列表,用于指示终端在使用LWA期间可以连接的WLAN接入点;终端接收基站发送的测量配置信息,所述测量配置信息包含测量目标信息和报告配置信息;
可选地,所述测量目标信息中包含以下参数中的一个或两个以上的组合:
未知无线接入点测量指示(Unknown WLAN Indication):用于指示是否执行未知WLAN接入点的测量,一种实施方式为,其值为“true”或“false”,其中“true”指示终端测量未知WLAN接入点,“false”指示终端不测量未知WLAN接入点;
待增加的无线接入点列表(WLAN-To Add Mod List):用于指示需要增加为测量目标的WLAN接入点,其值为WLAN接入点的标识;
待删除的无线接入点列表(WLAN-To Remove List):用于指示需要从测量目标里删除的WLAN接入点,其值为WLAN接入点的标识。
载波频率(Carrier Freq):用于指示WLAN的载波或波段信息。当指示载波信息,则值是一个或多个载波的频率,当指示波段信息,则值为一个或多个以下值{2.4,5,60},分别代表{2.4GHZ波段,5GHZ波段和60GHZ波段}。
可选地,所述报告配置信息包含以下参数中的一种或者两种以上的组合:
测量报告类型(Trigger Type):用于指示测量报告的类型为事件触发报告或周期性报告。当值设置为“event”(事件)时表示终端需要执行事件触发报告,当值设置为“periodical”(周期)时表示终端需要执行周期性报告。当Trigger Type是event时,所述报告配置信息包含后面的参数Hysteresis,TimeTo Trigger和Event-id以及对应的门限值。
滞后值(Hysteresis):用于事件触发条件判断,滞后值是基站根据应用 需求进行设定。为了避免测量结果不稳定,通过滞后值设定一个波动空间。
触发时间(Time To Trigger):事件触发和上报之间的时间段。
事件参数:在本实施例中,所述报告配置消息中至少包含下面的其中一套事件参数,每套事件参数包括以下事件标识(event-id)和相应的门限值其中之一:
第一事件标识(Event-id):X1,表示WLAN接入点的测量结果(信号强度,信道利用率等)高于第一门限值。
在本实施例中,基站通过设置门限值,可以使得测量的目的更加明确。
X1事件门限值(X1-Threshold):触发X1事件上报所需要的第一门限值。基站可以根据实际应用需求设置相应的门限值,并将门限值添加进报告配置信息,下发给终端;
第二事件标识(Event-id):X2,表示所有WLAN mobility Set中的WLAN的接入点测量结果都低于第二门限值X2-threshold1,同时,不在WLANmobility Set中的其他WLAN接入点的测量结果高于第三门限值X2-threshold2。
第二门限值X2-threshold1:触发X2事件上报所需要的第二门限值。
第三门限值X2-threshold2:触发X2事件上报所需要的第三门限值。
第三事件标识(Event-id):X3,表示所有WLAN mobility Set中的WLAN的接入点测量结果都低于第四门限值。
第四门限值X3-threshold:触发X3事件上报所需要的第四门限值。
步骤202,终端根据接收到的测量配置信息所包含的参数设置本地测量配置参数;
可选的设置方式可以是:
当接收到的配置参数在本地测量配置参数存在时,根据接收到的配置参数更新本地配置参数,例如:当接收到的参数中包含“WLAN-To Add ModList”时,并且终端判断到本地配置参数中也有“WLAN-To Add Mod List”,则将接收到的参数“WLAN-To Add Mod List”中的WLAN接入点的id添加到 本地的参数“WLAN-To Add Mod List”中。
或,
当终端判断到接收到的配置参数在本地测量配置参数中没有,保存接收到的配置参数。例如:当接收到的参数中包含“Unknown WLAN Indication”,而本地配置参数中不包含该参数,则将该参数及其值保存在本地。
步骤203,终端根据本地测量配置参数确定测量目标,可以如下:
当测量配置参数中包括“Unknown WLAN Indication”,并且该参数的值为“true”时,当还包括参数“Carrier Freq”,则测量参数“Carrier Freq”指定的频率或波段上的WLAN接入点;当不包括参数“Carrier Freq”,则测量所有频率或波段上的WLAN接入点。
当测量配置参数中不包含“Unknown WLAN Indication”,或者包含参数“Unknown WLAN Indication”且其值为“false”时,
当还包括参数“Carrier Freq”,则测量参数“Carrier Freq”指定的频率或波段上与“WLAN-To Add Mod List”中的标识相匹配的WLAN接入点;当不包括参数“Carrier Freq”,则测量所有频率或波段上与“WLAN-To Add Mod List”中的标识相匹配的WLAN接入点。
步骤204,终端根据确定的测量目标,对WLAN接入点进行测量,并根据所述报告配置信息的参数将测量结果生成测量报告,进行上报。
在本实施例中,作为一种可选的实施方式,步骤204中当Trigger Type为event,且event-id为X1时,如果WLAN mobility Set中不包含任何WLAN接入点的标识,假设某一WLAN接入点的测量结果值为Ms,该WLAN接入点不包含在该次测量任务对应的测量报告中,且满足事件触发条件:
Ms–Hysteresis>X1-Threshold,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则将该WLAN接入点添加到与该次测量任务对应的测量报告中。如果没有与该次测量任务对应的测量报告,则创建与该次测量任务对应的测量报告。
当Trigger Type为event,且event-id为X1时,如果上述的WLAN接入点的测量结果满足事件离开条件:
Ms+Hysteresis<X1-Threshold,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除。
如果测量报告中不包含任何WLAN接入点,则删除与该次测量任务对应的测量报告。
在本实施例中,作为一种实施方式,步骤204当Trigger Type为event,且event-id为X2时,假设WLAN mobility Set中的WLAN接入点测量结果是Ms,WLAN mobility Set之外的WLAN接入点的测量结果是Mn,如果测量结果满足事件触发条件:
WLAN mobility Set中列出的所有WLAN接入点的测量结果都满足条件Ms+Hysteresis<X2-Threshold1,并且存在WLAN mobility Set之外的至少一个WLAN接入点的测量结果满足条件Mn-Hysteresis>X2-Threshold2,该WLAN接入点不包含在该次测量任务对应的测量报告中,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则将该WLAN mobility Set之外的WLAN接入点添加到与该次测量任务对应的测量报告中。如果没有与该次测量任务对应的测量报告,则创建与该次测量任务对应的测量报告。
当Trigger Type为event,且event-id为X2时,如果测量结果满足事件离开条件:
WLAN mobility Set中至少有一个WLAN接入点的测量结果满足条件Ms-Hysteresis>X2-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则从与该次测量任务对应的测量报告中删除所有的WLAN接入点。
可选地,删除与该次测量任务对应的测量报告。
当Trigger Type为event,且event-id为X2时,如果已添加到该次测量任务对应的测量报告中的WLAN接入点的测量结果满足事件离开条件:
Mn+Hysteresis<X2-Threshold2,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则将该 WLAN接入点从与该次测量任务对应的测量报告中删除。
当测量报告中不包含任何WLAN接入点,则删除从与该次测量任务对应的测量报告。
在本实施例中,作为一种可选的实施方式,步骤204中当Trigger Type为event,且event-id为X3时,假设WLAN mobility Set中的WLAN接入点测量结果是Ms,当满足事件触发条件:
WLAN mobility Set中列出的所有WLAN接入点的测量结果都满足条件Ms+Hysteresis<X3-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则发送测量报告给基站。
当Trigger Type为event,且event-id为X3时,假设WLAN mobility Set中的WLAN接入点测量结果是Ms,如果满足事件离开条件:
WLAN mobility Set中至少有一个WLAN接入点的测量结果满足条件Ms-Hysteresis>X3-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则删除与该次测量任务对应的测量报告。
第三实施例:
本公开第三实施例的移动网络控制终端进行WLAN测量的方法,在本实施例中,Unknown WLAN Indication可以屏蔽carrier Freq参数。
本实施例的方法可包括以下步骤:
步骤301、终端接收基站发送的测量配置信息,所述测量配置信息包含测量目标信息。
所述测量目标信息中可包含以下参数中的一个或多个:
未知无线接入点测量指示(Unknown WLAN Indication):用于指示是否执行未知WLAN接入点的测量,一种实施方式为,其值为“true”或“false”,其中当该参数的值为“true”,指示终端测量未知WLAN接入点,当该参数的值为“f alse”,指示终端不测量未知WLAN接入点;
待增加的无线接入点列表(WLAN-To Add Mod List):用于指示需要增加为测量目标的WLAN接入点,其值为WLAN接入点的标识;
待删除的无线接入点列表(WLAN-To Remove List):用于指示需要从测量目标里删除的WLAN接入点,其值为WLAN接入点的标识。
载波频率(Carrier Freq):用于指示WLAN的载波或波段信息。当指示载波信息,则值是一个或多个载波的频率,当指示波段信息,则值为一个或多个以下值{2.4,5,60},分别代表{2.4GHZ波段,5GHZ波段和60GHZ波段}。
在本实施例中,步骤302中终端根据接收到测量目标信息所包含的参数设置本地测量配置参数;可选的设置方式为:
当接收到的配置参数在本地测量配置参数存在时,终端根据接收到的配置参数更新本地配置参数,例如:当终端接收到的参数中包含“WLAN-ToAdd Mod List”,并且终端判断到本地配置参数中也有“WLAN-To Add ModList”,则终端将接收到的参数“WLAN-To Add Mod List”中的WLAN接入点的标识(id)添加到本地的参数“WLAN-To Add Mod List”中;或,
当终端判断到接收到的配置参数在本地测量配置参数中没有,终端保存接收到的配置参数。例如:当接收到的参数中包含“Unknown WLANIndication”,而终端本地配置参数中不包含该参数“Unknown WLANIndication”,则将该参数“Unknown WLAN Indication”及其值保存在本地。
在本实施例中,步骤303中终端根据本地测量配置参数确定测量目标,可以如下:
当测量配置参数中包含“Unknown WLAN Indication”,并且该参数“Unknown WLAN Indication”的值为“true”时,则测量所有频率或波段上的WLAN接入点。
这是本实施例与第一实施例的不同之处。在本实施例中,UnknownWLAN Indication可以屏蔽Carrier Freq参数。
当本地测量配置参数中不包括“Unknown WLAN Indication”,或者包括参数“Unknown WLAN Indication”且其值为“false”时,当本地测量配置参数中还包括参数“Carrier Freq”,则终端测量参数“Carrier Freq”指定的频率或波段上 与“WLAN-To Add Mod List”中的标识相匹配的WLAN接入点;当本地测量配置参数中不包括参数“Carrier Freq”,则终端测量所有频率或波段上与“WLAN-To Add Mod List”中的标识相匹配的WLAN接入点。
可见,在本实施例中,在“Unknown WLAN Indication”参数的值为“true”时,忽略“WLAN-To Add Mod List”参数。
第四实施例:
本公开第四实施例的移动网络控制终端进行WLAN测量的方法,本实施例在第三实施例的基础上引入针对未知WLAN测量的事件参数,终端可接收基站发送的报告配置信息,按照报告配置信息中的事件参数值进行测量结果的上报。
步骤401,当终端被基站配置使用LWA(LTE WLAN Aggregation)时,本地保存基站配置的参数:无线接入点移动集(WLAN mobility Set),该参数WLAN mobility Set维护一个WLAN接入点的列表,用于指示终端在使用LWA期间可以连接的WLAN接入点;终端接收基站发送的测量配置信息,所述测量配置信息包含测量目标信息和报告配置信息;
可选地,所述测量目标信息中包含以下参数中的一个或两个以上的组合:
未知无线接入点测量指示(Unknown WLAN Indication):用于指示是否执行未知WLAN接入点的测量,一种实施方式为,其值为“true”或“false”,其中“true”指示终端测量未知WLAN接入点,“false”指示终端不测量未知WLAN接入点;
待增加的无线接入点列表(WLAN-To Add Mod List):用于指示需要增加为测量目标的WLAN接入点,其值为WLAN接入点的标识;
待删除的无线接入点列表(WLAN-To Remove List):用于指示需要从测量目标里删除的WLAN接入点,其值为WLAN接入点的标识。
载波频率(Carrier Freq):用于指示WLAN的载波或波段信息。当指示载波信息,则值是一个或多个载波的频率,当指示波段信息,则值为一个或多个以下值{2.4,5,60},分别代表{2.4GHZ波段,5GHZ波段和60GHZ波段}。
可选地,所述报告配置信息中包含以下参数中的一种或者两种以上的组 合:
测量报告类型(Trigger Type):用于指示测量报告的类型为事件触发报告或周期性报告。当值设置为“event”(事件)时表示终端需要执行事件触发报告,当值设置为“periodical”(周期)时表示终端需要执行周期性报告。当Trigger Type是event时,所述报告配置信息包含后面的参数Hysteresis,TimeTo Trigger和Event-id以及对应的门限值。
滞后值(Hysteresis):用于事件触发条件判断;
触发时间(Time To Trigger):事件触发和上报之间的时间段;
事件参数:在本实施例中,所述报告配置消息中至少包含下面的其中一套事件参数,每套事件参数包括以下事件标识(event-id)和相应的门限值其中之一:
第一事件标识(Event-id):X1,表示WLAN接入点的测量结果(信号强度,信道利用率等)高于第一门限值。
在本实施例中,基站通过设置门限值,可以使得测量的目的更加明确。
X1事件门限值(X1-Threshold):触发X1事件上报所需要的第一门限值。基站可以根据实际应用需求设置相应的门限值,并将门限值添加进报告配置信息,下发给终端;
第二事件标识(Event-id):X2,表示所有WLAN mobility Set中的WLAN的接入点测量结果都低于第二门限值X2-threshold1,同时,不在WLANmobility Set中的其他WLAN接入点的测量结果高于第三门限值X2-threshold2。
第二门限值X2-threshold1:触发X2事件上报所需要的第二门限值。
第三门限值X2-threshold2:触发X2事件上报所需要的第三门限值。
第三事件标识(Event-id):X3,表示所有WLAN mobility Set中的WLAN的接入点测量结果都低于第四门限值。
第四门限值X3-threshold:触发X3事件上报所需要的第四门限值。
步骤402,终端根据接收到的测量配置信息所包含的参数设置本地测量 配置参数;
可选的设置方式可以是:
当接收到的配置参数在本地测量配置参数存在时,根据接收到的配置参数更新本地配置参数,例如:当接收到的参数中包含“WLAN-To Add ModList”时,并且终端判断到本地配置参数中也有“WLAN-To Add Mod List”,则将接收到的参数“WLAN-To Add Mod List”中的WLAN接入点的id添加到本地的参数“WLAN-To Add Mod List”中。
或,
当终端判断到接收到的配置参数在本地测量配置参数中没有,保存接收到的配置参数。例如:当接收到的参数中包含“Unknown WLAN Indication”,而本地配置参数中不包含该参数“Unknown WLAN Indication”,则将该参数“Unknown WLAN Indication”及其值保存在本地。
步骤403,终端根据本地测量配置参数确定测量目标,可以如下:
当测量配置参数中包含“Unknown WLAN Indication”,并且该参数的值为“true”时,则测量所有频率或波段上的WLAN接入点。此处与第二实施例不同。在本实施例中,Unknown WLAN Indication可以屏蔽Carrier Freq参数。
当测量配置参数中不包含“Unknown WLAN Indication”,或者包含参数“Unknown WLAN Indication”且其值为“false”时,
当还包括参数“Carrier Freq”,则测量参数“Carrier Freq”指定的频率或波段上与“WLAN-To Add Mod List”中的标识相匹配的WLAN接入点;当不包括参数“Carrier Freq”,则测量所有频率或波段上与“WLAN-To Add Mod List”中的标识相匹配的WLAN接入点。
步骤404,终端根据确定的测量目标,对WLAN接入点进行测量,并根据所述报告配置信息的参数将测量结果生成测量报告,进行上报。
在本实施例中,作为一种可选的实施方式,步骤404中当Trigger Type为event,且event-id为X1时,如果WLAN mobility Set中不包含任何WLAN接入点的标识,假设某一WLAN接入点的测量结果值为Ms,且满足事件触发条件:
Ms–Hysteresis>X1-Threshold,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则将该WLAN接入点添加到与该次测量任务对应的测量报告中。
当Trigger Type为event,且event-id为X1时,如果上述的WLAN接入点的测量结果满足事件离开条件:
Ms+Hysteresis<X1-Threshold,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除。
如果测量报告中不包含任何WLAN接入点,则删除与该次测量任务对应的测量报告。
在本实施例中,作为一种实施方式,步骤404当Trigger Type为event,且event-id为X2时,假设WLAN mobility Set中的WLAN接入点测量结果是Ms,WLAN mobility Set之外的WLAN接入点的测量结果是Mn,如果测量结果满足事件触发条件:
WLAN mobility Set中列出的所有WLAN接入点的测量结果都满足条件Ms+Hysteresis<X2-Threshold1,并且存在WLAN mobility Set之外的至少一个WLAN接入点的测量结果满足条件Mn-Hysteresis>X2-Threshold2,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则将该WLAN mobility Set之外的WLAN接入点添加到与该次测量任务对应的测量报告中。
当Trigger Type为event,且event-id为X2时,如果测量结果满足事件离开条件:
WLAN mobility Set中至少有一个WLAN接入点的测量结果满足条件Ms-Hysteresis>X2-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则从与该次测量任务对应的测量报告中删除所有的WLAN接入点。
可选地,删除与该次测量任务对应的测量报告。
当Trigger Type为event,且event-id为X2时,如果已添加到该次测量任务对应的测量报告中的WLAN接入点的测量结果满足事件离开条件:
Mn+Hysteresis<X2-Threshold2,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除。
当测量报告中不包含任何WLAN接入点,则删除从与该次测量任务对应的测量报告。
在本实施例中,作为一种可选的实施方式,步骤404中当Trigger Type为event,且event-id为X3时,假设WLAN mobility Set中的WLAN接入点测量结果是Ms,当满足事件触发条件:
WLAN mobility Set中列出的所有WLAN接入点的测量结果都满足条件Ms+Hysteresis<X3-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则发送测量报告给基站。
当Trigger Type为event,且event-id为X3时,假设WLAN mobility Set中的WLAN接入点测量结果是Ms,如果满足事件离开条件:
WLAN mobility Set中至少有一个WLAN接入点的测量结果满足条件Ms-Hysteresis>X3-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则删除与该次测量任务对应的测量报告。
第五实施例:
参照图3所示,为本公开第五实施例的移动网络控制终端进行WLAN测量的装置结构示意图,所述装置可包括:
第一接收模块,设置为:接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息;
处理模块,设置为:根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,并根据本地测量配置参数确定测量目标,根据确定的测量 目标执行WLAN接入点测量。
可选地,所述第一接收模块接收的测量目标信息,包含以下参数中的一个或两个以上的组合:
未知无线接入点测量指示Unknown WLAN Indication、待增加的无线接入点列表WLAN-To Add Mod List、待删除的无线接入点列表WLAN-ToRemove List、载波频率Carrier Freq;
其中,所述未知无线接入点测量指示Unknown WLAN Indication的值为真true或假false;所述待增加的无线接入点列表WLAN-To Add Mod List的值为WLAN接入点的标识、待删除的无线接入点列表WLAN-To RemoveList的值为WLAN接入点的标识。
可选地,所述处理模块根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,包括:
当判断到接收到的配置参数在本地测量配置参数存在时,根据接收到的配置参数更新本地配置参数;当判断到接收到的配置参数在本地测量配置参数中没有时,保存接收到的配置参数。
可选地,所述处理模块根据本地测量配置参数确定测量目标,包括:
当本地测量配置参数中包括Unknown WLAN Indication,并且该参数的值为true,
当本地测量配置参数中还包括参数Carrier Freq,则终端确定参数CarrierFreq指定的频率或波段上的WLAN接入点为测量目标;当本地测量配置参数中不包括参数Carrier Freq,则终端确定所有频率或波段上的WLAN接入点为测量目标;或者,当本地测量配置参数中包含Unknown WLANIndication,并且该参数的值为true,则测量所有频率或波段上的WLAN接入点;
当本地测量配置参数中不包括Unknown WLAN Indication,或者包括参数Unknown WLAN Indication且其值为false,
当本地测量配置参数中还包括参数Carrier Freq,则终端确定测量参数Carrier Freq指定的频率或波段上与WLAN-To Add Mod List中的标识相匹配 的WLAN接入点为测量目标;当本地测量配置参数中不包括参数CarrierFreq,则终端确定所有频率或波段上与WLAN-To Add Mod List中的标识相匹配的WLAN接入点为测量目标。
可选地,所述第一接收模块接收的测量配置信息还包括:报告配置信息,所述装置还包括:
获取模块,设置为:获取预存的无线接入点移动集WLAN mobility Set。
可选地,所述第一接收模块接收的报告配置信息包含以下参数中的一种或者两种以上的组合:
测量报告类型Trigger Type、滞后值Hysteresis、触发时间Time ToTrigger、事件参数;
其中,所述测量报告类型Trigger Type的值为:事件event或者周期periodical;所述事件参数包括事件标识event-id。
可选地,所述第一接收模块接收的报告配置信息包含的事件参数至少包括以下事件标识及相应门限值其中之一:
表示WLAN接入点的测量结果高于第一门限值的第一事件标识X1,及对应的第一门限值X1-Threshold;
表示所有WLAN mobility Set中的WLAN的接入点测量结果都低于第二门限值X2-threshold1,同时,不在WLAN mobility Set中的其他WLAN接入点的测量结果高于第三门限值X2-threshold2的第二事件标识X2,及对应的第二门限值X2-threshold1及第三门限值X2-threshold2;
表示所有WLAN mobility Set中的WLAN的接入点测量结果都低于第四门限值的第三事件标识X3,以及对应的第四门限值X3-threshold。
可选地,所述装置还包括:
第一发送模块,设置为:根据所述报告配置信息的参数将测量结果生成测量报告,进行上报。
可选地,所述第一发送模块是设置为:
当Trigger Type为event,且event-id为X1时,当WLAN mobility Set 中不包含任何WLAN接入点的标识,当一WLAN接入点的测量结果值Ms满足事件触发条件:
Ms–Hysteresis>X1-Threshold,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则将该WLAN接入点添加到与该次测量任务对应的测量报告中;
当Trigger Type为event,且event-id为X1时,当上述WLAN接入点的测量结果满足事件离开条件:
Ms+Hysteresis<X1-Threshold,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除;
当Trigger Type为event,且event-id为X2时,当WLAN mobility Set中的WLAN接入点测量结果是Ms,WLAN mobility Set之外的WLAN接入点的测量结果是Mn,当测量结果满足事件触发条件:
WLAN mobility Set中列出的所有WLAN接入点的测量结果都满足条件Ms+Hysteresis<X2-Threshold1,并且存在WLAN mobility Set之外的至少一个WLAN接入点的测量结果满足条件Mn-Hysteresis>X2-Threshold2,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则将该WLAN mobility Set之外的WLAN接入点添加到与该次测量任务对应的测量报告中;
当Trigger Type为event,且event-id为X2时,当测量结果满足事件离开条件:
WLAN mobility Set中至少有一个WLAN接入点的测量结果满足条件Ms-Hysteresis>X2-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则从与该次测量任务对应的测量报告中删除所有的WLAN接入点,并删除与该次测量任务对应的测量报告;
当Trigger Type为event,且event-id为X2时,当已添加到该次测量任务对应的测量报告中的WLAN接入点的测量结果满足事件离开条件:
Mn+Hysteresis<X2-Threshold2,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除;
当Trigger Type为event,且event-id为X3时,当WLAN mobility Set中的WLAN接入点测量结果Ms满足事件触发条件:
WLAN mobility Set中列出的所有WLAN接入点的测量结果都满足条件Ms+Hysteresis<X3-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则生成测量报告;
当Trigger Type为event,且event-id为X3时,当WLAN mobility Set中的WLAN接入点测量结果Ms满足事件离开条件:
WLAN mobility Set中至少有一个WLAN接入点的测量结果满足条件Ms-Hysteresis>X3-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则删除与该次测量任务对应的测量报告。
本实施例还提供一种终端,包括上述的移动网络控制终端进行WLAN测量的装置。
第六实施例:
参照图4所示,为本公开第六实施例的移动网络控制终端进行WLAN测量的装置结构示意图,所述装置可包括:
第二发送模块,设置为:预先配置无线接入点移动集WLAN mobility Set到终端,并设置为:发送测量配置信息给终端,所述测量配置信息至少包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;
第二接收模块,设置为:接收终端根据所述报告配置信息生成的测量报告。
可选地,所述第二发送模块发送的所述测量目标信息,包含以下参数中 的一个或两个以上的组合:
未知无线接入点测量指示Unknown WLAN Indication、待增加的无线接入点列表WLAN-To Add Mod List、待删除的无线接入点列表WLAN-ToRemove List、载波频率Carrier Freq;
所述未知无线接入点测量指示Unknown WLAN Indication的值为真true或假false;所述待增加的无线接入点列表WLAN-To Add Mod List的值为WLAN接入点的标识、待删除的无线接入点列表WLAN-To Remove List的值为WLAN接入点的标识;
可选地,所述报告配置信息包含以下参数中的一种或者两种以上的组合:
测量报告类型Trigger Type、滞后值Hysteresis、触发时间Time ToTrigger、事件参数;
其中,所述测量报告类型Trigger Type的值为:事件event或者周期periodical;所述事件参数包括事件标识event-id。
可选地,所述第二发送模块发送的所述报告配置信息包括的事件参数至少包括以下事件标识及相应门限值其中之一:
表示WLAN接入点的测量结果高于第一门限值的第一事件标识X1,及对应的第一门限值X1-Threshold;
表示所有WLAN mobility Set中的WLAN的接入点测量结果都低于第二门限值X2-threshold1,同时,不在WLAN mobility Set中的其他WLAN接入点的测量结果高于第三门限值X2-threshold2的第二事件标识X2,及对应的第二门限值X2-threshold1及第三门限值X2-threshold2;
表示所有WLAN mobility Set中的WLAN的接入点测量结果都低于第四门限值的第三事件标识X3,以及对应的第四门限值X3-threshold。
可选地,所述第二接收模块是设置为:
当Trigger Type为event,且event-id为X1时,当WLAN mobility Set中不包含任何WLAN接入点的标识,当终端判断到一WLAN接入点的测量结果值Ms满足事件触发条件:
Ms–Hysteresis>X1-Threshold,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则该WLAN接入点在与该次测量任务对应的测量报告中;
当Trigger Type为event,且event-id为X1时,当终端判断到上述WLAN接入点的测量结果满足事件离开条件:
Ms+Hysteresis<X1-Threshold,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则该WLAN接入点不在测量报告中;
当Trigger Type为event,且event-id为X2时,当WLAN mobility Set中的WLAN接入点测量结果是Ms,WLAN mobility Set之外的WLAN接入点的测量结果是Mn,当终端判断到测量结果满足事件触发条件:
WLAN mobility Set中列出的所有WLAN接入点的测量结果都满足条件Ms+Hysteresis<X2-Threshold1,并且存在WLAN mobility Set之外的至少一个WLAN接入点的测量结果满足条件Mn-Hysteresis>X2-Threshold2,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则该WLAN mobility Set之外的WLAN接入点在与该次测量任务对应的测量报告中;
当Trigger Type为event,且event-id为X2时,当终端判断到测量结果满足事件离开条件:
WLAN mobility Set中至少有一个WLAN接入点的测量结果满足条件Ms-Hysteresis>X2-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则基站未收到测量报告;
当Trigger Type为event,且event-id为X2时,当终端判断到已添加到该次测量任务对应的测量报告中的WLAN接入点的测量结果满足事件离开条件:
Mn+Hysteresis<X2-Threshold2,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则该WLAN接入点不在该次测量任务对应的测量报告中;
当Trigger Type为event,且event-id为X3时,当终端判断到WLANmobility Set中的WLAN接入点测量结果Ms满足事件触发条件:
WLAN mobility Set中列出的所有WLAN接入点的测量结果都满足条件Ms+Hysteresis<X3-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件触发条件,则WLAN mobility Set中列出的所有WLAN接入点都在测量报告中;
当Trigger Type为event,且event-id为X3时,当终端判断到WLANmobility Set中的WLAN接入点测量结果Ms满足事件离开条件:
WLAN mobility Set中至少有一个WLAN接入点的测量结果满足条件Ms-Hysteresis>X3-Threshold1,
且测量结果持续Time To Trigger时间一直满足该事件离开条件,则基站未收到测量报告。
本实施例还提供一种基站,包括上述的移动网络控制终端进行WLAN测量的装置。
第七实施例:
图5为本公开第七实施例的移动网络控制终端进行WLAN测量的***结构示意图;所述***可包括:
终端,包括,
第一接收模块,设置为:接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;
处理模块,设置为:根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,并根据本地测量配置参数确定测量目标,根据确定的测量目标执行WLAN接入点测量;
获取模块,设置为:获取基站发送的无线接入点移动集WLAN mobility Set;
第一发送模块,设置为:根据所述报告配置信息的参数将测量结果生成测量报告,进行上报;
基站,包括,
第二发送模块,设置为:预先配置无线接入点移动集WLAN mobility Set到终端,并设置为:发送测量配置信息给终端,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;
第二接收模块,设置为:接收终端根据所述报告配置信息生成的测量报告。
第八实施例:
图6为本公开第八实施例的移动网络控制终端进行WLAN测量的方法流程图。所述方法可包括:
步骤601,基站预先配置无线接入点移动集WLAN mobility Set到终端,并发送测量配置信息给终端,所述测量配置信息至少包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;
步骤602,终端接收基站发送的测量配置信息;
步骤603,终端根据接收到测量目标信息所包含的配置参数设置本地测量配置参数;
步骤604,终端根据本地测量配置参数确定测量目标;
步骤605,终端根据确定的测量目标执行WLAN接入点测量;
步骤606,终端可以根据所述报告配置信息的参数将测量结果生成测量报告;
步骤607,基站可以接收终端根据所述报告配置信息生成的测量报告。
本公开第七实施例及第八实施例的实施细节可以参照上述其他实施例的描述,在此不再赘述。
在本公开实施例中,通过基站设置一个indication(指示信息)给终端,终端根据所述indication来设置测量目标、设置测量触发条件和上报测量结果。可选地,基站发送测量配置信息给终端,其中包含参数“执行未知WLAN测量”。该参数可取值为“true”或者“false”。其中值为“true”时,表示指示终端执行未知WLAN测量。其中值为“false”时,表示指示终端不执行未知WLAN测量,而是按照测量目标中给定的WLAN列表进行测量。终端接收到基站发送的测量配置信息后,保存到本地,如果测量配置信息中包含参数“执行未知WLAN测量”,并且其值设置为“true”时,则终端测量所有指定频率上的WLAN接入点,如果测量配置中不包含参数“执行未知WLAN测量”,或者包含该参数,但值设置为“false”时,则终端测量给定的WLAN列表中给出的WLAN接入点。采用本公开实施例的方法及装置、***,使得终端可以在基站的控制下,通过配置相应的参数执行对WLAN的测量。
本公开实施例还提供了一种计算机可读存储介质,存储有计算机可执行指令,所述计算机可执行指令被执行时实现上述移动网络控制终端进行WLAN测量的方法。
上述本公开实施例序号仅仅为了描述,不代表实施例的优劣。通过以上的实施方式的描述,本领域的技术人员可以清楚地了解到上述实施例方法可借助软件加可选的通用硬件平台的方式来实现,当然也可以通过硬件。基于这样的理解,本公开实施例的技术方案本质上或者说对本领域做出贡献的部分可以以软件产品的形式体现出来,该计算机软件产品存储在一个存储介质(如ROM/RAM、磁碟、光盘)中,包括若干指令用以使得一台终端设备(可以是手机,计算机,服务器,或者网络设备等)执行本公开不同实施例所述的方法。
本领域普通技术人员可以理解,上文中所公开方法中的全部或某些步骤、***、装置中的功能模块/单元可以被实施为软件、固件、硬件及其适当的组合。在硬件实施方式中,在以上描述中提及的功能模块/单元之间的划分不一定对应于物理组件的划分;例如,一个物理组件可以具有多个功能,或者一个功能或步骤可以由若干物理组件合作执行。某些组件或所有组件可以被实施为由处理器,如数字信号处理器或微处理器执行的软件,或者被实施 为硬件,或者被实施为集成电路,如专用集成电路。这样的软件可以分布在计算机可读介质上,计算机可读介质可以包括计算机存储介质(或非暂时性介质)和通信介质(或暂时性介质)。如本领域普通技术人员公知的,术语计算机存储介质包括在用于存储信息(诸如计算机可读指令、数据结构、程序模块或其他数据)的任何方法或技术中实施的易失性和非易失性、可移除和不可移除介质。计算机存储介质包括但不限于随机存取存储器(RAM,Random Access Memory)、只读存储器(ROM,Read-Only Memory)、电可擦除只读存储器(EEPROM,Electrically Erasable Programmable Read-onlyMemory)、闪存或其他存储器技术、光盘只读存储器(CD-ROM,CompactDisc Read-Only Memory)、数字多功能盘(DVD)或其他光盘存储、磁盒、磁带、磁盘存储或其他磁存储装置、或者可以用于存储期望的信息并且可以被计算机访问的任何其他的介质。此外,本领域普通技术人员公知的是,通信介质通常包含计算机可读指令、数据结构、程序模块或者诸如载波或其他传输机制之类的调制数据信号中的其他数据,并且可包括任何信息递送介质。
本领域的普通技术人员可以理解,可以对本公开的技术方案进行修改或者等同替换,而不脱离本公开技术方案的精神和范围,均应涵盖在本公开的权利要求范围当中。
本公开实施例实现了终端可以在基站的控制下,通过配置相应的参数执行对WLAN的测量,在本公开的实施例中,还实现了对测量结果进行报告。通过本公开的实施例,可以使基站获得更多的WLAN的测量结果,基于这些结果能更加合理的配置终端是否可以继续使用LWA技术,并且根据测量结果,及时的对移动集进行调整,以保证终端总能从移动集中找到合适的WLAN接入点收发数据,减少从WLAN掉线的概率。
Claims (43)
- 一种移动网络控制终端进行无线局域网络WLAN测量的方法,包括:接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息;根据接收到测量目标信息所包含的配置参数设置本地测量配置参数;根据本地测量配置参数确定测量目标;根据确定的测量目标执行WLAN接入点测量。
- 如权利要求1所述的方法,其中,所述测量目标信息,包含以下参数中的一个或一个以上的组合:未知无线接入点测量指示、待增加的无线接入点列表、待删除的无线接入点列表、载波频率。
- 如权利要求1所述的方法,其中,所述根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,包括:当判断到接收到的配置参数在本地测量配置参数存在时,根据接收到的配置参数更新本地测量配置参数;当判断到接收到的配置参数在本地测量配置参数中没有时,保存接收到的配置参数到本地测量配置参数。
- 如权利要求2所述的方法,其中,所述未知无线接入点测量指示的值为:真,或假;所述待增加的无线接入点列表的值为WLAN接入点的标识;所述待删除的无线接入点列表的值为WLAN接入点的标识。
- 如权利要求4所述的方法,其中,所述根据本地测量配置参数确定测量目标,包括:当本地测量配置参数中包括未知无线接入点测量指示,并且该参数的值为:真,当本地测量配置参数中还包括参数:载波频率,则确定参数载波频率指定的频率或波段上的WLAN接入点为测量目标;当本地测量配置参数中不包括参数载波频率,则确定所有频率或波段上的WLAN接入点为测量目标;或 者,当本地测量配置参数中包含未知无线接入点测量指示,并且该参数的值为:真,则测量所有频率或波段上的WLAN接入点。
- 如权利要求4所述的方法,其中,所述根据本地测量配置参数确定测量目标,包括:当本地测量配置参数中不包括未知无线接入点测量指示,或者包括参数未知无线接入点测量指示,且其值为:假,当本地测量配置参数中还包括参数:载波频率,则确定参数载波频率指定的频率或波段上与待增加的无线接入点列表中的标识相匹配的WLAN接入点为测量目标;当本地测量配置参数中不包括参数载波频率,则确定所有频率或波段上与待增加的无线接入点列表中的标识相匹配的WLAN接入点为测量目标。
- 如权利要求5或6所述的方法,其中,所述测量配置信息还包括:报告配置信息,所述方法还包括:获取基站发送的无线接入点移动集。
- 如权利要求7所述的方法,其中,所述报告配置信息包含以下参数中的一种或者一种以上的组合:测量报告类型、滞后值、触发时间、事件参数;其中,所述测量报告类型的值为:事件,或者周期;所述事件参数包括事件标识。
- 如权利要求8所述的方法,其中,所述事件参数包括以下事件标识及相应门限值其中之一:表示WLAN接入点的测量结果高于第一门限值的第一事件标识,及对应的第一门限值;表示所有无线接入点移动集中的WLAN的接入点测量结果都低于第二门限值,同时,不在无线接入点移动集中的其他WLAN接入点的测量结果高于第三门限值的第二事件标识,及对应的第二门限值及第三门限值;表示所有无线接入点移动集中的WLAN的接入点测量结果都低于第四门限值的第三事件标识,以及对应的第四门限值。
- 如权利要求9所述的方法,所述方法还包括:终端根据所述报告配置信息的参数将测量结果生成测量报告,进行上报。
- 如权利要求10所述的方法,其中,所述终端根据报告配置信息的参数将测量结果生成测量报告,包括:当测量报告类型为事件触发报告,且事件标识为第一事件标识,当无线接入点移动集中不包含任何WLAN接入点的标识,当一WLAN接入点不包含在该次测量任务对应的测量报告中,且该WLAN接入点的测量结果值Ms满足事件触发条件:Ms与滞后值之差大于第一门限值,且测量结果持续触发时间一直满足该事件触发条件,则将该WLAN接入点添加到与该次测量任务对应的测量报告中;当测量报告类型为事件触发报告,且事件标识为第一事件标识,当上述WLAN接入点的测量结果满足事件离开条件:Ms与滞后值之和小于第一门限值,且测量结果持续触发时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除。
- 如权利要求10所述的方法,其中,所述终端根据报告配置信息的参数将测量结果生成测量报告,包括:当测量报告类型为事件触发报告,且事件标识为第二事件标识,当无线接入点移动集中的WLAN接入点测量结果是Ms,无线接入点移动集之外的WLAN接入点的测量结果是Mn,当测量结果满足事件触发条件:无线接入点移动集中列出的所有WLAN接入点的测量结果都满足条件Ms与滞后值之和小于第二门限值,并且存在无线接入点移动集之外的至少一个WLAN接入点的测量结果满足条件Mn与滞后值之差大于第二门限值,该WLAN接入点不包含在该次测量任务对应的测量报告中,且测量结果持续触发时间一直满足该事件触发条件,则将该无线接入点移动集之外的WLAN接入点添加到与该次测量任务对应的测量报告中;当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当测量结果满足事件离开条件:无线接入点移动集中至少有一个WLAN接入点的测量结果满足条件Ms与滞后值之差大于第二门限值,且测量结果持续触发时间一直满足该事件离开条件,则从与该次测量任务对应的测量报告中删除所有的WLAN接入点,并删除与该次测量任务对应的测量报告;或,当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当已添加到该次测量任务对应的测量报告中的WLAN接入点的测量结果满足事件离开条件:Mn与滞后值之和小于第二门限值,且测量结果持续触发时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除。
- 如权利要求10所述的方法,其中,所述终端根据报告配置信息的参数将测量结果生成测量报告,包括:当测量报告类型为事件触发报告,且事件标识为第三事件标识时,当无线接入点移动集中的WLAN接入点测量结果Ms满足事件触发条件:无线接入点移动集中列出的所有WLAN接入点的测量结果都满足条件Ms与滞后值之和小于第三门限值,且测量结果持续触发时间一直满足该事件触发条件,则生成测量报告;当测量报告类型为事件触发报告,且事件标识为第三事件标识时,当无线接入点移动集中的WLAN接入点测量结果Ms满足事件离开条件:无线接入点移动集中至少有一个WLAN接入点的测量结果满足条件Ms与滞后值之差大于第三门限值,且测量结果持续触发时间一直满足该事件离开条件,则删除与该次测量 任务对应的测量报告。
- 一种移动网络控制终端进行无线局域网络WLAN测量的方法,包括:预先配置无线接入点移动集到终端;发送测量配置信息给终端,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;接收终端根据所述报告配置信息生成的测量报告。
- 如权利要求14所述的方法,其中,所述测量目标信息,包含以下参数中的一个或一个以上的组合:未知无线接入点测量指示、待增加的无线接入点列表、待删除的无线接入点列表、载波频率;所述未知无线接入点测量指示的值为:真,或假;所述待增加的无线接入点列表的值为WLAN接入点的标识;所述待删除的无线接入点列表的值为WLAN接入点的标识;或,所述报告配置信息包含以下参数中的一种或者一种以上的组合:测量报告类型、滞后值、触发时间、事件参数;其中,所述测量报告类型的值为:事件,或者周期;所述事件参数包括事件标识;或,所述测量目标信息,包含以下参数中的一个或一个以上的组合:未知无线接入点测量指示、待增加的无线接入点列表、待删除的无线接入点列表、载波频率;所述未知无线接入点测量指示的值为:真,或假;所述待增加的无线接入点列表的值为WLAN接入点的标识;所述待删除的无线接入点列表的值为WLAN接入点的标识;所述报告配置信息包含以下参数中的一种或者一种以上的组合:测量报告类型、滞后值、触发时间、事件参数;其中,所述测量报告类型的值为:事件,或者周期;所述事件参数包括 事件标识。
- 如权利要求15所述的方法,其中,所述事件参数包括以下事件标识及相应门限值其中之一:表示WLAN接入点的测量结果高于第一门限值的第一事件标识,及对应的第一门限值;表示所有无线接入点移动集中的WLAN的接入点测量结果都低于第二门限值,同时,不在无线接入点移动集中的其他WLAN接入点的测量结果高于第三门限值的第二事件标识,及对应的第二门限值及第三门限值;表示所有无线接入点移动集中的WLAN的接入点测量结果都低于第四门限值的第三事件标识,以及对应的第四门限值。
- 如权利要求16所述的方法,其中,所述接收终端根据所述报告配置信息生成的测量报告,包括:当测量报告类型为事件触发报告,且事件标识为第一事件标识,当无线接入点移动集中不包含任何WLAN接入点的标识,当终端判断到一WLAN接入点的测量结果值Ms满足事件触发条件:Ms与滞后值之差大于第一门限值,且测量结果持续触发时间一直满足该事件触发条件,则该WLAN接入点在与该次测量任务对应的测量报告中;当测量报告类型为事件触发报告,且事件标识为第一事件标识,当终端判断到上述WLAN接入点的测量结果满足事件离开条件:Ms与滞后值之和小于第一门限值,且测量结果持续触发时间一直满足该事件离开条件,则该WLAN接入点不在测量报告中。
- 如权利要求16所述的方法,其中,所述接收终端根据所述报告配置信息生成的测量报告,包括:当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当无 线接入点移动集中的WLAN接入点测量结果是Ms,无线接入点移动集之外的WLAN接入点的测量结果是Mn,当终端判断到测量结果满足事件触发条件:无线接入点移动集中列出的所有WLAN接入点的测量结果都满足条件Ms与滞后值之和小于第二门限值,并且存在无线接入点移动集之外的至少一个WLAN接入点的测量结果满足条件Mn与滞后值之差大于第二门限值,且测量结果持续触发时间一直满足该事件触发条件,则该无线接入点移动集之外的WLAN接入点在与该次测量任务对应的测量报告中;当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当终端判断到测量结果满足事件离开条件:无线接入点移动集中至少有一个WLAN接入点的测量结果满足条件Ms与滞后值之差大于第二门限值,且测量结果持续触发时间一直满足该事件离开条件,则基站未收到测量报告;或,当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当终端判断到已添加到该次测量任务对应的测量报告中的WLAN接入点的测量结果满足事件离开条件:Mn与滞后值之和小于第二门限值,且测量结果持续触发时间一直满足该事件离开条件,则该WLAN接入点不在该次测量任务对应的测量报告中。
- 如权利要求16所述的方法,其中,所述接收终端根据所述报告配置信息生成的测量报告,包括:当测量报告类型为事件触发报告,且事件标识为第三事件标识时,当终端判断到无线接入点移动集中的WLAN接入点测量结果Ms满足事件触发条件:无线接入点移动集中列出的所有WLAN接入点的测量结果都满足条件Ms与滞后值之和小于第三门限值,且测量结果持续触发时间一直满足该事件触发条件,则无线接入点移动集中列出的所有WLAN接入点都在测量报告中;当测量报告类型为事件触发报告,且事件标识为第三事件标识时,当终端判断到无线接入点移动集中的WLAN接入点测量结果Ms满足事件离开条件:无线接入点移动集中至少有一个WLAN接入点的测量结果满足条件Ms与滞后值之差大于第三门限值,且测量结果持续触发时间一直满足该事件离开条件,则基站未收到测量报告。
- 一种移动网络控制终端进行无线局域网络WLAN测量的装置,包括:第一接收模块,设置为:接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息;处理模块,设置为:根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,并根据本地测量配置参数确定测量目标,根据确定的测量目标执行WLAN接入点测量。
- 如权利要求20所述的装置,其中,所述第一接收模块接收的测量目标信息,包含以下参数中的一个或一个以上的组合:未知无线接入点测量指示、待增加的无线接入点列表、待删除的无线接入点列表、载波频率;其中,所述未知无线接入点测量指示的值为:真,或假;所述待增加的无线接入点列表的值为WLAN接入点的标识;所述待删除的无线接入点列表的值为WLAN接入点的标识。
- 如权利要求20所述的装置,其中,所述处理模块根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,包括:当判断到接收到的配置参数在本地测量配置参数存在时,根据接收到的配置参数更新本地测量配置参数;当判断到接收到的配置参数在本地测量配置参数中没有时,保存接收到的配置参数到本地测量配置参数。
- 如权利要求21所述的装置,其中,所述处理模块根据本地测量配置参数确定测量目标,包括:当本地测量配置参数中包括未知无线接入点测量指示,并且该参数的值为:真,当本地测量配置参数中还包括参数:载波频率,则确定参数载波频率指定的频率或波段上的WLAN接入点为测量目标;当本地测量配置参数中不包括参数载波频率,则确定所有频率或波段上的WLAN接入点为测量目标;或者,当本地测量配置参数中包含未知无线接入点测量指示,并且该参数的值为:真,则测量所有频率或波段上的WLAN接入点。
- 如权利要求21所述的装置,其中,所述处理模块根据本地测量配置参数确定测量目标,包括:当本地测量配置参数中不包括未知无线接入点测量指示,或者包括参数未知无线接入点测量指示,且其值为:假,当本地测量配置参数中还包括参数:载波频率,则确定参数载波频率指定的频率或波段上与待增加的无线接入点列表中的标识相匹配的WLAN接入点为测量目标;当本地测量配置参数中不包括参数载波频率,则确定所有频率或波段上与待增加的无线接入点列表中的标识相匹配的WLAN接入点为测量目标。
- 如权利要求23或24所述的装置,所述第一接收模块接收的测量配置信息还包括:报告配置信息,所述装置还包括:获取模块,设置为:获取基站发送的无线接入点移动集。
- 如权利要求25所述的装置,其中,所述第一接收模块接收的报告配置信息包含以下参数中的一种或者一种以上的组合:测量报告类型、滞后值、触发时间、事件参数;其中,所述测量报告类型的值为:事件,或者周期;所述事件参数包括事件标识。
- 如权利要求26所述的装置,其中,所述第一接收模块接收的报告配置信息包含的事件参数,包括以下事件标识及相应门限值其中之一:表示WLAN接入点的测量结果高于第一门限值的第一事件标识,及对应的第一门限值;表示所有无线接入点移动集中的WLAN的接入点测量结果都低于第二门限值,同时,不在无线接入点移动集中的其他WLAN接入点的测量结果高于第三门限值的第二事件标识,及对应的第二门限值及第三门限值;表示所有无线接入点移动集中的WLAN的接入点测量结果都低于第四门限值的第三事件标识,以及对应的第四门限值。
- 如权利要求27所述的装置,所述装置还包括:第一发送模块,设置为:根据所述报告配置信息的参数将测量结果生成测量报告,进行上报。
- 如权利要求28所述的装置,其中,所述第一发送模块是设置为:当测量报告类型为事件触发报告,且事件标识为第一事件标识,当无线接入点移动集中不包含任何WLAN接入点的标识,当一WLAN接入点的测量结果值Ms满足事件触发条件:Ms与滞后值之差大于第一门限值,且测量结果持续触发时间一直满足该事件触发条件,则将该WLAN接入点添加到与该次测量任务对应的测量报告中;当测量报告类型为事件触发报告,且事件标识为第一事件标识,当上述WLAN接入点的测量结果满足事件离开条件:Ms与滞后值之和小于第一门限值,且测量结果持续触发时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除。
- 如权利要求28所述的装置,其中,所述第一发送模块是设置为:当测量报告类型为事件触发报告,且事件标识为第二事件标识,当无线 接入点移动集中的WLAN接入点测量结果是Ms,无线接入点移动集之外的WLAN接入点的测量结果是Mn,当测量结果满足事件触发条件:无线接入点移动集中列出的所有WLAN接入点的测量结果都满足条件Ms与滞后值之和小于第二门限值,并且存在无线接入点移动集之外的至少一个WLAN接入点的测量结果满足条件Mn与滞后值之差大于第二门限值,且测量结果持续触发时间一直满足该事件触发条件,则将该无线接入点移动集之外的WLAN接入点添加到与该次测量任务对应的测量报告中;当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当测量结果满足事件离开条件:无线接入点移动集中至少有一个WLAN接入点的测量结果满足条件Ms与滞后值之差大于第二门限值,且测量结果持续触发时间一直满足该事件离开条件,则从与该次测量任务对应的测量报告中删除所有的WLAN接入点,并删除与该次测量任务对应的测量报告;或,当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当已添加到该次测量任务对应的测量报告中的WLAN接入点的测量结果满足事件离开条件:Mn与滞后值之和小于第二门限值,且测量结果持续触发时间一直满足该事件离开条件,则将该WLAN接入点从与该次测量任务对应的测量报告中删除。
- 如权利要求28所述的装置,其中,所述第一发送模块根据报告配置信息的参数将测量结果生成测量报告,包括:当测量报告类型为事件触发报告,且事件标识为第三事件标识时,当无线接入点移动集中的WLAN接入点测量结果Ms满足事件触发条件:无线接入点移动集中列出的所有WLAN接入点的测量结果都满足条件Ms与滞后值之和小于第三门限值,且测量结果持续触发时间一直满足该事件触发条件,则生成测量报告;当测量报告类型为事件触发报告,且事件标识为第三事件标识时,当无线接入点移动集中的WLAN接入点测量结果Ms满足事件离开条件:无线接入点移动集中至少有一个WLAN接入点的测量结果满足条件Ms与滞后值之差大于第三门限值,且测量结果持续触发时间一直满足该事件离开条件,则删除与该次测量任务对应的测量报告。
- 一种移动网络控制终端进行无线局域网络WLAN测量的装置,包括:第二发送模块,设置为:预先配置无线接入点移动集到终端,并设置为:发送测量配置信息给终端,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;第二接收模块,设置为:接收终端根据所述报告配置信息生成的测量报告。
- 如权利要求32所述的装置,其中,所述第二发送模块发送的所述测量目标信息,包含以下参数中的一个或一个以上的组合:未知无线接入点测量指示、待增加的无线接入点列表、待删除的无线接入点列表、载波频率;所述未知无线接入点测量指示的值为:真,或假;所述待增加的无线接入点列表的值为WLAN接入点的标识;所述待删除的无线接入点列表的值为WLAN接入点的标识;或,所述第二发送模块发送的所述报告配置信息包含以下参数中的一种或者一种以上的组合:测量报告类型、滞后值、触发时间、事件参数;其中,所述测量报告类型的值为:事件,或者周期;所述事件参数包括事件标识;或,所述第二发送模块发送的所述测量目标信息,包含以下参数中的一个或一个以上的组合:未知无线接入点测量指示、待增加的无线接入点列表、待删除的无线接入点列表、载波频率;所述未知无线接入点测量指示的值为:真,或假;所述待增加的无线接入点列表的值为WLAN接入点的标识;所述待删除的无线接入点列表的值为WLAN接入点的标识;所述第二发送模块发送的所述报告配置信息包含以下参数中的一种或者一种以上的组合:测量报告类型、滞后值、触发时间、事件参数;其中,所述测量报告类型的值为:事件,或者周期;所述事件参数包括事件标识。
- 如权利要求33所述的装置,其中,第二发送模块发送的所述报告配置信息包括的事件参数,包括以下事件标识及相应门限值其中之一:表示WLAN接入点的测量结果高于第一门限值的第一事件标识,及对应的第一门限值;表示所有无线接入点移动集中的WLAN的接入点测量结果都低于第二门限值,同时,不在无线接入点移动集中的其他WLAN接入点的测量结果高于第三门限值的第二事件标识,及对应的第二门限值及第三门限值;表示所有无线接入点移动集中的WLAN的接入点测量结果都低于第四门限值的第三事件标识,以及对应的第四门限值。
- 如权利要求34所述的装置,其中,所述第二接收模块是设置为:当测量报告类型为事件触发报告,且事件标识为第一事件标识时,当无线接入点移动集中不包含任何WLAN接入点的标识,当终端判断到一WLAN接入点的测量结果值Ms满足事件触发条件:Ms与滞后值之差大于第一门限值,且测量结果持续触发时间一直满足该事件触发条件,则该WLAN接入点在与该次测量任务对应的测量报告中;当测量报告类型为事件触发报告,且事件标识为第一事件标识时,当终 端判断到上述WLAN接入点的测量结果满足事件离开条件:Ms与滞后值之和小于第一门限值,且测量结果持续触发时间一直满足该事件离开条件,则该WLAN接入点不在测量报告中。
- 如权利要求34所述的装置,其中,所述第二接收模块是设置为:当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当无线接入点移动集中的WLAN接入点测量结果是Ms,无线接入点移动集之外的WLAN接入点的测量结果是Mn,当终端判断到测量结果满足事件触发条件:无线接入点移动集中列出的所有WLAN接入点的测量结果都满足条件Ms与滞后值之和小于第二门限值,并且存在无线接入点移动集之外的至少一个WLAN接入点的测量结果满足条件Mn与滞后值之差大于第二门限值,且测量结果持续触发时间一直满足该事件触发条件,则该无线接入点移动集之外的WLAN接入点在与该次测量任务对应的测量报告中;当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当终端判断到测量结果满足事件离开条件:无线接入点移动集中至少有一个WLAN接入点的测量结果满足条件Ms与滞后值之差大于第二门限值,且测量结果持续触发时间一直满足该事件离开条件,则基站未收到测量报告;或,当测量报告类型为事件触发报告,且事件标识为第二事件标识时,当终端判断到已添加到该次测量任务对应的测量报告中的WLAN接入点的测量结果满足事件离开条件:Mn与滞后值之和小于第二门限值,且测量结果持续触发时间一直满足该事件离开条件,则该WLAN接入点不在该次测量任务对应的测量报告中。
- 如权利要求34所述的装置,其中,所述第二接收模块接收终端根据 所述报告配置信息生成的测量报告,包括:当测量报告类型为事件触发报告,且事件标识为第三事件标识时,当终端判断到无线接入点移动集中的WLAN接入点测量结果Ms满足事件触发条件:无线接入点移动集中列出的所有WLAN接入点的测量结果都满足条件Ms与滞后值之和小于第三门限值,且测量结果持续触发时间一直满足该事件触发条件,则无线接入点移动集中列出的所有WLAN接入点都在测量报告中;当测量报告类型为事件触发报告,且事件标识为第三事件标识时,当终端判断到无线接入点移动集中的WLAN接入点测量结果Ms满足事件离开条件:无线接入点移动集中至少有一个WLAN接入点的测量结果满足条件Ms与滞后值之差大于第三门限值,且测量结果持续触发时间一直满足该事件离开条件,则基站未收到测量报告。
- 一种终端,包括如权利要求20至31中任意一项所述的移动网络控制终端进行无线局域网络WLAN测量的装置。
- 一种基站,包括如权利要求32至37中任意一项所述的移动网络控制终端进行无线局域网络WLAN测量的装置。
- 一种移动网络控制终端进行无线局域网络WLAN测量的***,包括:终端,包括,第一接收模块,设置为:接收基站发送的测量配置信息,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;处理模块,设置为:根据接收到测量目标信息所包含的配置参数设置本地测量配置参数,并根据本地测量配置参数确定测量目标,根据确定的测量目标执行WLAN接入点测量;基站,包括,第二发送模块,设置为:预先配置无线接入点移动集到终端,并设置为:发送测量配置信息给终端,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息。
- 如权利要求40所述的***,所述终端,还包括,获取模块,设置为:获取基站发送的无线接入点移动集;第一发送模块,设置为:根据所述报告配置信息的参数将测量结果生成测量报告,进行上报;所述基站,还包括,第二接收模块,设置为:接收终端根据所述报告配置信息生成的测量报告。
- 一种移动网络控制终端进行无线局域网络WLAN测量的方法,包括:基站预先配置无线接入点移动集到终端,并发送测量配置信息给终端,所述测量配置信息包含执行未知WLAN接入点测量的测量目标信息、或报告配置信息、或测量目标信息和报告配置信息;终端接收基站发送的测量配置信息;终端根据接收到测量目标信息所包含的配置参数设置本地测量配置参数;终端根据本地测量配置参数确定测量目标;终端根据确定的测量目标执行WLAN接入点测量。
- 如权利要求42所述的方法,所述方法还包括:终端根据所述报告配置信息的参数将测量结果生成测量报告;基站接收终端根据所述报告配置信息生成的测量报告。
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2018
- 2018-02-09 KR KR1020197026823A patent/KR20190117647A/ko not_active Application Discontinuation
- 2018-02-09 WO PCT/CN2018/075929 patent/WO2018149362A1/zh unknown
- 2018-02-09 EP EP18754495.2A patent/EP3585090A4/en not_active Withdrawn
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Also Published As
Publication number | Publication date |
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EP3585090A4 (en) | 2020-07-29 |
CN108430073A (zh) | 2018-08-21 |
KR20190117647A (ko) | 2019-10-16 |
EP3585090A1 (en) | 2019-12-25 |
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