CN106209760B - Method and system for parameter coding and analyzing in Internet of things - Google Patents
Method and system for parameter coding and analyzing in Internet of things Download PDFInfo
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Abstract
The invention discloses a method for coding parameters in the Internet of things, which comprises the following steps: acquiring coding values corresponding to a plurality of devices in the same set; calculating the coded numerical values of the devices according to a preset rule to obtain a unique numerical value, and taking the numerical value as a coding result; wherein the encoded numerical values of any of the devices in the set are all different after the operation. The invention also discloses a parameter analysis method in the Internet of things, a system for parameter coding in the Internet of things and a system for parameter analysis in the Internet of things. The method and the system can facilitate the user to obtain the information of the configured device of the device or obtain the information of the device by the information of the device.
Description
Technical Field
The invention relates to the technical field of Internet of things, in particular to a method and a system for parameter coding and analyzing in the Internet of things.
Background
In the current industrial production and operation activities, adapters are often used to meet the living needs of people. The adapters of the same type have different configuration information because the requirement functions of users are different; although the appearance of the same type of adapter is the same, the types of the adapters are different due to different manufacturers, and the type marked on the adapter is only used for identifying the number of the adapter in the company and cannot identify other information of the adapter of the type. The configuration information of the adapters produced by different manufacturers cannot be distinguished only by the model information, and a professional person cannot directly confirm the configuration information from the model of the equipment. In daily use, the configuration information of the adapter recorded in the system needs to be compared according to the model, so that the operation is complicated and errors are easy to occur. Therefore, how to simply and effectively distinguish different configuration information of the same type of adapter is a problem to be solved, and a coding mode for directly feeding back the configuration information of the adapter is needed to meet the needs of people.
Disclosure of Invention
The invention aims to provide a parameter coding method in the Internet of things, which obtains a unique numerical value as a coding result through predetermined rule operation.
Another object of the present invention is to provide a method for parameter analysis in the internet of things, which can obtain information of each device of a known apparatus through a coding result of the apparatus.
The invention further aims to provide a system for parameter coding in the internet of things, which obtains a unique numerical value as a coding result through a predetermined rule operation.
Still another object of the present invention is to provide a system for parameter analysis in the internet of things, which can obtain information of each device of a known apparatus through a coding result of the apparatus.
The technical scheme of the invention is as follows:
a method for parameter coding in the Internet of things comprises the following steps: acquiring coding values corresponding to a plurality of devices in the same set; calculating the coded numerical values of the devices according to a preset rule to obtain a unique numerical value, and taking the numerical value as a coding result; wherein the encoded numerical values of any of the devices in the set are all different after the operation.
Further: and acquiring the coded numerical values corresponding to the devices belonging to the same set in the same device.
Further, the device is an adapter; the plurality of devices includes at least one of: interface, mobile network module, bluetooth module, wired network module, wifi module, GPS module, big dipper orientation module, audio input output module, DC power, DC/AC power, battery.
Further: by using 2NThe result is said encoded value for each of said devices, wherein N is different for each of said devices, N being a natural number.
Further: the predetermined rule operation is a summation operation.
A method for parameter analysis in the Internet of things comprises the following steps: receiving a value as a result of the encoding; decomposing the numerical value into a plurality of mutually different coded numerical values according to a predetermined rule; and determining a corresponding device according to each coding value.
Further: in the same device, the corresponding device is determined according to each coded value.
Further: adopt the following formula 2NAnd representing the result as the coded value of each device, wherein N of each device is different and is a natural number.
Further, the predetermined rule operates as: decomposing the value into a plurality of numbers 2NRepresenting the results, and having no remaining values, treating each result as each of said encoded values.
A system for parameter encoding in the internet of things, comprising: the receiving module is used for acquiring the coding numerical values corresponding to the devices in the same set; the operation unit is used for operating the coded numerical values of the devices according to a preset rule to obtain a unique numerical value, and the numerical value is used as a coding result; wherein the encoded numerical values of any of the devices in the set are all different after the operation.
A system for parameter resolution in the internet of things, comprising: a receiving module for receiving a value as a result of the encoding; the chip is used for decomposing the numerical value into a plurality of mutually different coded numerical values according to a preset rule and determining a corresponding device according to each coded numerical value.
Compared with the prior art, the invention has the following advantages:
1. according to the parameter coding method in the Internet of things, the only numerical value is obtained through the preset rule operation and is used as the coding result, so that the information such as the model number and the name of the device can be determined through the coding result.
2. The parameter analysis method in the Internet of things can obtain the information of each device of the device through the coding result of the known device.
3. According to the system for parameter coding in the Internet of things, the unique numerical value is obtained through the preset rule operation and is used as the coding result, so that the information such as the model number and the name of the device can be determined through the coding result.
4. The system for parameter analysis in the Internet of things can obtain the information of each device of the device through the coding result of the known device.
Drawings
FIG. 1 is a flow chart of a method of parameter encoding in the Internet of things of the present invention;
FIG. 2 is a schematic structural diagram of a system for parameter coding in the Internet of things according to the present invention;
FIG. 3 is a flow chart of a method of parameter resolution in the Internet of things of the present invention;
fig. 4 is a schematic structural diagram of the parameter resolution system in the internet of things according to the present invention.
Detailed Description
In order to make the aforementioned objects, features and advantages of the present invention more comprehensible, embodiments accompanied with figures are described in further detail below.
The invention discloses a method for coding parameters in the Internet of things. Fig. 1 is a flowchart of a method for parameter coding in the internet of things according to the present invention. The method for parameter coding in the Internet of things specifically comprises the following processes:
step S10: and acquiring the coding numerical values corresponding to the devices in the same set.
Wherein the set is a correspondence of devices and encoded values. There may be multiple sets, with different sets corresponding to different device and coded value correspondences.
The same device generally encodes by using the corresponding relationship between the devices and the encoded values in one set, and therefore, the process of obtaining the encoded values is to collect the encoded values corresponding to the devices belonging to the same set in the same device.
The plurality of devices includes at least one of: interface, mobile network module, bluetooth module, wired network module, wifi module, GPS module, big dipper orientation module, audio input output module, DC power, DC/AC power, battery. The wired network module can be an Ethernet module and can also be other wired network modules. The interface module may have a plurality of different interfaces, each of which may correspond to a coded value. The audio input and output module can be a loudspeaker and microphone module, and can also be other types of modules. The DC power source and the DC/AC power source may be power sources for different voltages, each of which may correspond to a coded value. The batteries may be batteries providing different amounts of electricity, each of which may correspond to a coded value. It should be understood that the device of the present invention is not limited thereto.
The plurality of devices may be divided into different sub-categories according to function. For example, when the device is an adapter, the subclasses divided by function may include: the device side subclass, the network configuration subclass, the satellite positioning subclass, the GSM phone subclass, the power supply subclass, and the like. The devices included in the device classes may be different interfaces. The devices included in the network configuration subclass may be: the mobile network module, the Bluetooth module, the network module and the wifi module. The devices included in the satellite positioning subclass may be: GPS module and big dipper orientation module. The GSM phone subclass may be: an audio input output module (e.g., speaker + microphone). The power supply class may be: a DC power source, a DC/AC power source, and a battery. It should be understood that the division of the plurality of devices is not limited thereto.
The device is preferably an adapter. It should be understood that the apparatus is not limited thereto, and may be other devices, apparatuses, etc.
Preferably, use 2NThe result is the coded value for each device. Wherein N of each device is different, and N is a natural number. For example, the device is a Bluetooth module, and the coded value of the Bluetooth module is 25. When there are multiple sets, the correspondence between the devices and the encoded values in each set may be embodied in the form of, for example, the encoded value in set a being 20As a first encoded value, N is sequentially 0, 1, 2, … …; the number of coded values in set B is 21As the first encoded value, N is sequentially 1, 3, 5, … …; the values in set C are coded by 22As the first encoded value, N is sequentially 2, 4, 6, … …. It should be understood that the correspondence between devices in a collection and encoded values is notNot limited thereto.
When the device does not have any device in the set, the encoded value set in the set is 0.
The method for acquiring the coded value comprises the following steps: by key input on the system, by remote input through a client, etc. The input content can be a code numerical value or the name of a device. If the name of the device is input, the input code value of the device can be obtained by reading the corresponding relation between the pre-stored code value and the device.
Therefore, it is preferable that a step of storing the correspondence between the code value and the device be further included before step S10.
Step S20: and (4) operating the coded numerical values of the plurality of devices according to a preset rule to obtain a unique numerical value, and taking the numerical value as a coding result.
Preferably, the predetermined rule operation is a summation operation. For example, device A in the same set corresponds to a code value of 2, and device B corresponds to a code value of 22Then the encoding result is: 2+22＝6。
A step of determining the device model and/or name by the encoding result is further included after step S20.
Through this step, the user can further obtain the model and/or name of the device through the encoding result, so that the user can purchase the device according to the corresponding model and/or name when purchasing again.
Therefore, it is preferable that a step of storing a predetermined rule and a step of storing a correspondence relationship between the encoding result and the device model and/or the name are further included before step S10.
In summary, the parameter coding method in the internet of things of the present invention obtains a unique numerical value as a coding result through a predetermined rule operation, so as to determine information such as a model and a name of a device through the coding result.
The invention also discloses a system for parameter coding in the Internet of things. The system for parameter coding in the Internet of things works by adopting the method for parameter coding in the Internet of things. Fig. 2 is a schematic structural diagram of a system for parameter coding in the internet of things according to the present invention. The system for parameter coding in the Internet of things comprises: the receiving module 201 is configured to obtain encoding values corresponding to multiple devices in the same set. And the operation module 202 is used for operating the coded numerical values of the plurality of devices according to a preset rule to obtain a unique numerical value, and taking the numerical value as a coding result. And the coding numerical values of any devices in the set are different after operation.
Preferably, the system for parameter coding in the internet of things may be provided with a storage module, configured to pre-store the coding numerical values of the respective devices and the corresponding relationships of the devices, the corresponding relationships of the coding results and the device models and/or names, and a predetermined rule, so that the coding numerical values of the respective devices of the device may be obtained, and the coding results may be corresponding to the device models and/or names.
Preferably, the system for parameter coding in the internet of things can be provided with a display module for displaying information such as the coding numerical values of all devices, the coding results of the devices and the types and names of the corresponding devices.
In summary, the system for parameter coding in the internet of things of the present invention obtains a unique numerical value as a coding result through a predetermined rule operation, so as to determine information such as a model and a name of a device through the coding result.
Example 1
The device in the embodiment 1 is an adapter, so that the system for parameter coding in the internet of things in the embodiment 1 is used for coding the corresponding device of the adapter. Adapters are divided into the following subclasses by function: a device side subclass, a network configuration subclass, and a power supply subclass. The devices included in the device terminal class are: the interface comprises a first interface, a second interface, a third interface and a fourth interface. Devices included in the network configuration subclass are: the mobile network module, the Bluetooth module, the network module and the wifi module. The devices included in the power supply class are: a DC power source, a DC/AC power source, and a battery. The system for parameter coding in the Internet of things can pre-store the corresponding relation between corresponding devices of the adapter and the coding numerical values and the preset operation rules of the coding numerical values of a plurality of devices for subsequent acquisitionAnd (5) a sum operation process. A correspondence of a device to an encoded value corresponds to a set. For example, the correspondence of the respective devices to the encoded numerical values is as follows: the first interface has a code value of 20The coding value of the second interface is 21The code value of the third interface is 22The encoding value of the fourth interface is 23. The mobile network module has a code value of 24The code value of the Bluetooth module is 25The network module has a code value of 26And the coding numerical value of the wifi module is 27. The coded value of the DC power supply is 28The coded value of the DC/AC power supply is 29The coded value of the battery is 210. The predetermined operation rule is a summation operation of the encoded numerical values in the same set.
Firstly, a receiving module 201 of a system for parameter coding in the internet of things obtains coding values corresponding to a plurality of devices in the same set in the same adapter.
For example, the devices included in adapter a are: the first interface, the second interface, the mobile network module, the wifi module, the DC/AC power supply and the battery, and the code value corresponding to the first interface in the device terminal class of the adapter a acquired by the receiving module 201 is 20The second interface corresponds to a code value of 21The code value corresponding to the mobile network module in the network configuration subclass is 24And the corresponding coding numerical value of the wifi module is 27The code value corresponding to the DC/AC power supply in the power supply class is 29The battery corresponds to a code value of 210。
Then, the chip 202 of the system for parameter coding in the internet of things calculates the coding values of the multiple devices in the same set of the adapter in a summing operation mode to obtain a unique value, and the unique value is used as a coding result.
For example, the encoding results of the multiple devices of the adapter a calculated by the chip 202 are: 20+21+24+27+29+210＝1684。
The system for parameter coding in the internet of things can display the coding values and the coding results 1684 of the above devices of the adapter a through the display module.
The invention also discloses a parameter analysis method in the Internet of things. Fig. 3 is a flowchart of a method for parameter analysis in the internet of things according to the present invention. The method for parameter analysis in the Internet of things specifically comprises the following processes:
step S11: a value is received as a result of the encoding.
The receiving mode can include the following modes: by key input on the system, by remote input through a client, etc.
Step S21: the value is decomposed into a plurality of mutually different coded values according to a predetermined rule.
The predetermined rule operates as: decompose the value into multiple numbers with 2NThe results are expressed with no remaining values, and each result is taken as each coded value, i.e. taken at 2NThe result is expressed as a coded number for each device, where N is not the same for each device, N being a natural number. E.g., a value of 112 as a result of the encoding, then 112 is decomposed into values of 2NThe encoded values represented are: 24、25And 26。
Step S31: the corresponding device is determined from each encoded value. Specifically, in the same device, the corresponding device is determined according to each coded value. For example, the code value is 24Corresponding to device C, the coded value is 25Corresponding to device D, the coded value is 24Corresponding to device C.
Preferably, the method further includes a step of storing a predetermined rule and a step of storing a correspondence between the encoded numerical value and the device before step S11. In summary, the method for parameter analysis in the internet of things of the present invention can obtain information of each device of the apparatus through the encoding result of the known apparatus.
The invention also discloses a system for parameter analysis in the Internet of things. Fig. 4 is a schematic structural diagram of a system for parameter analysis in the internet of things according to the present invention. This a system for parameter analysis in thing networking includes: a receiving module 401, configured to receive a numerical value as a result of the encoding. The operation module 402 is configured to decompose the value into a plurality of different encoded values according to a predetermined rule, and determine a corresponding device according to each encoded value.
Preferably, the system for parameter analysis in the internet of things can be provided with a storage module for prestoring the coding numerical values of the devices, the corresponding relations of the devices and the preset rules so as to analyze the coding numerical values of the devices of the corresponding device.
Preferably, the system for parameter analysis in the internet of things can be provided with a display module for displaying the coding numerical values of all the devices and the corresponding devices.
In summary, the system for parameter analysis in the internet of things of the present invention can obtain information of each device of the apparatus through the encoding result of the known apparatus.
Example 2
In embodiment 2, the receiving module 401 of the system for parameter parsing in the internet of things receives the value 1684 of embodiment 1 as the value of the encoding result. Chip 402 is broken down 1684 according to predetermined rules. The preset rules prestored in the system for parameter analysis in the internet of things are as follows: decompose the value into multiple numbers with 2NResults are shown with no remaining values, where N is a natural number. According to this rule, the only decomposition result for chip 402 is: 1684 ═ 20+21+24+27+29+210. The coding values of each device prestored in the system for parameter analysis in the internet of things are the same as those predicted in embodiment 1. Thus, chip 402 determines: a code value of 20Corresponding to the first interface, the code value is 21Corresponding to the second interface, the code value is 24Corresponding to the mobile network module, the code value is 27Corresponding to the wifi module, the coding value is 29Corresponding to DC/AC power supply, the code value is 210Corresponding to the battery. The system for parameter analysis in the Internet of things can display the coding numerical values and the corresponding devices to users.
Example 3
The device in example 3 is an adapter. The devices included in each adapter, and the encoding numerical values and encoding results corresponding to each device are shown in table 1.
TABLE 1 devices included in each adapter, encoding values and encoding results corresponding to each device
The storage module of the system for parameter coding in the internet of things in embodiment 3 may pre-store the coding values of the respective devices, the corresponding relations between the devices, and the predetermined summation rule.
The application scenario of embodiment 3 is where a user, after purchasing an adapter, wishes to confirm the model of the adapter so that the same model of adapter can be subsequently purchased or customized.
When a user purchases an adapter, a request is made to the system. There are various ways to send the request information, for example, sending the request information by key input on the system, remote input by APP, etc. The request information sent by the user is the name of each device. For example, the request information sent by the user is: interface 2, 2G module, bluetooth module, wifi module, GPS module, 9 ~ 24V DC module. The receiving module 401 of the system receives the request information, and determines that the code value of the interface 2 is 2, the code value of the 2G module is 16, the code value of the bluetooth module is 32, the code value of the wifi module is 128, the code value of the GPS module is 256, and the code value of the 9-24V DC module is 2048 according to the correspondence between the pre-stored code values and the respective devices. The arithmetic module 402 of the system sums the values of the above-mentioned devices to obtain a coding result of 2482, and determines that the model of the adapter corresponding to 2482 is adapter 1. The system can display the model number of the adapter to the user through the display module.
Example 4
The device in example 4 is an adapter. The devices included in each adapter, and the encoding numerical values and encoding results corresponding to each device are shown in table 1.
The storage module of the system for parameter analysis in the internet of things in embodiment 4 may pre-store the code values of the respective devices, the correspondence between the devices, and a predetermined summation rule.
The application scenario of embodiment 4 is that the user knows the model number of the purchased adapter and the corresponding encoding result, but the device information of the configuration of the adapter is unclear and it is desirable to obtain the information of the device of the adapter.
The adapter purchased by the user is adapter 2 and the coded result 2098 of that adapter is sent to the system. The receiving module 401 of the system receives the encoding result. The operation module 402 of the system decomposes the coding result into a plurality of mutually different coding values according to a pre-stored summation rule. The encoding result 2098 of the adapter 2 is decomposed into the following encoding values: 2. 16, 32 and 2048. The system's validation module 402 corresponds the encoded values to the respective devices. Specifically, the device corresponding to the code value 2 is the interface 2, the device corresponding to the code value 16 is a 2G module, the device corresponding to the code value 32 is a bluetooth module, and the device corresponding to the code value 2048 is a 9-24V DC power supply. The display module of the system can display the information of the devices to the user so that the user can know the information.
Example 5
The device in example 5 is an adapter. The devices included in each adapter, and the encoding numerical values and encoding results corresponding to each device are shown in table 1.
The storage module of the system for parameter coding in the internet of things in embodiment 5 may pre-store the coding values of the respective devices, the corresponding relations between the devices, and the predetermined summation rule.
The application scenario in embodiment 5 is to customize an adapter for a user, and the user can input a device to be configured to a system for parameter coding in the internet of things.
After receiving the information, the receiving module 201 of the system may obtain the encoded numerical value of the device that the user wants to configure through the pre-stored information about the correspondence between the encoded numerical value and the device. The operation module 202 of the system obtains the encoding result by summing the encoding information. For example, the encoding result obtained by the operation is 2358, the system can display the adapter model number of adapter 3 customized by the user through the display module, and the adapter 3 can be directly purchased. If the coding result obtained by the operation is not prestored in the system, the coding result information can be fed back to the manufacturer, so that the manufacturer can customize the adapter according to the customization requirements of the user.
Example 6
The device in example 6 is an adapter.
The models of the existing adapters have no uniform naming method, and the models of the adapters produced by different manufacturers can be different even though the adapters comprise the same devices. This is not conducive to the user querying and purchasing the desired adapter. Thus, the application scenario of example 6 produces an adapter for the manufacturer and the model of the adapter is to be set.
The storage module of the system for parameter coding in the internet of things in embodiment 6 may pre-store the coding values of the respective devices, the correspondence between the devices, and a predetermined summation rule. Table 1 shows the correspondence between the devices, and the coded values included in the adapter in embodiment 6, and the correspondence between the coding results and the device models. Thus, the system provides a uniform model naming method for adapters for vendor naming. Thus, the system of example 6 is equivalent to storing a set of naming rules for the model of the adapter. If the manufacturer wants to name a manufactured adapter, the names of the various devices of the manufactured adapter may be entered via the receiving module 201. For example, the manufacturer enters the device name as: interface 2, interface 3, interface 4, 2G module, bluetooth module, GPS module, SPK + MIC module, 9 ~ 24V DC module. The receiving module 201 of the system obtains the code value of the produced adapter according to the corresponding relationship between the stored device and the code value as follows: the code value of the interface 2 is 2, the code value of the interface 3 is 4, the code value of the interface 4 is 8, the code value of the 2G module is 16, the code value of the Bluetooth module is 32, the code value of the GPS module is 256, the code value of the SPK + MIC module is 1024, and the code value of the 9-24V DC module is 2048. The operation module 202 of the system obtains a numerical value of the produced adapter as a coding result according to a predetermined summation rule, and obtains a device model corresponding to the numerical value as the coding result according to a correspondence between a pre-stored coding result and the device model. As shown in table 1, the adapter is model 4. Thus, the manufacturer may name the adapter model of the production as adapter 4.
When a new device is used for preparing the adapter, the corresponding coding numerical value can be assigned to the device, and the corresponding relation between the coding numerical value stored in the system and the device is updated to meet the requirement.
It should be understood that the apparatus and device of the present invention are not limited thereto, for example, the apparatus may be a notebook, and the device may include: SSD hard disks, hybrid hard disks, stand-alone graphics cards, integrated graphics cards, INTEL processors, AMD processors, etc. A user may learn or customize a notebook through the system of the present invention.
Preferably, the system for parameter coding in the internet of things and the system for parameter analysis in the internet of things can be integrated into the same system, so that the system can be used for parameter coding and analysis in the internet of things. The system comprises: and the receiving module is used for obtaining the coding numerical values corresponding to the devices in the same set respectively and receiving the numerical values serving as the coding results. The chip is used for operating the coding numerical values of the devices according to a preset rule to obtain a unique numerical value, and the numerical value is used as a coding result; the coding numerical values of any devices in the set are different after operation; and decomposing the value into a plurality of mutually different coded values according to a predetermined rule; and the confirming unit is used for confirming the corresponding device according to each coded value.
The system for parameter coding and analysis in the internet of things can obtain information of each device of the device through a known coding result of the device, and can obtain a unique numerical value as a coding result through a predetermined rule operation, so that the information such as the model and the name of the device can be determined through the coding result.
In summary, the method and the device of the present invention can facilitate the user to obtain the corresponding information through the specific encoding value and the encoding result, and also facilitate the user to select the required device, thereby reducing the redundant devices in the device production process, satisfying the user's customization requirement for the device of the specific device, and reducing the production cost of the device.
The technical solutions of the present invention are described in detail above, and the principles and embodiments of the present invention are explained herein by using specific examples, and the descriptions of the above examples are only used to help understand the core ideas of the present invention; meanwhile, for a person skilled in the art, according to the idea of the embodiment of the present invention, there may be a change in the specific implementation and application scope, and in summary, the content of the present specification should not be construed as a limitation to the embodiment of the present invention.
Claims (6)
1. A method for parameter coding in the Internet of things is characterized by comprising the following steps:
acquiring coding values corresponding to a plurality of devices in the same set in the same device;
calculating the coded numerical values of the devices according to a preset rule to obtain a unique numerical value, and taking the numerical value as a coding result; wherein the coded values of any of the devices in the set are different from each other after the operation;
determining the model and/or name of the device according to the encoding result;
wherein, adopt 2NThe result is said encoded value for each of said devices, wherein N is different for each of said devices, N being a natural number.
2. The method of claim 1, wherein the device is an adapter; the plurality of devices includes at least one of: interface, mobile network module, bluetooth module, wired network module, wifi module, GPS module, big dipper orientation module, audio input output module, DC power, DC/AC power, battery.
3. The method according to any one of claims 1 or 2, characterized in that: the predetermined rule operation is a summation operation.
4. A method for parameter analysis in the Internet of things is characterized by comprising the following steps:
receiving a value as a result of the encoding;
decomposing the numerical value into a plurality of mutually different coded numerical values according to a predetermined rule;
in the same device, determining a corresponding device according to each coded numerical value;
wherein, the use of 2NRepresenting the result as said encoded value for each of said devices, wherein N is different for each of said devices, N being a natural number;
the predetermined rule operates as follows: decomposing the value into a plurality of numbers 2NRepresenting the results, and having no remaining values, treating each result as each of said encoded values.
5. A system for parameter coding in the Internet of things, comprising:
the receiving module is used for acquiring the coding numerical values corresponding to the devices in the same set;
the operation module is used for operating the coded numerical values of the devices according to a preset rule to obtain a unique numerical value, and the numerical value is used as a coding result; wherein the coded values of any of the devices in the set are different from each other after the operation; determining the model and/or name of the device according to the encoding result; wherein, adopt 2NThe result is said encoded value for each of said devices, wherein N is different for each of said devices, N being a natural number.
6. A system for parameter resolution in the Internet of things is characterized by comprising:
a receiving module for receiving a value as a result of the encoding;
the arithmetic unit is used for decomposing the numerical value into a plurality of different coded numerical values according to a preset rule and determining a corresponding device according to each coded numerical value in the same device; wherein, the use of 2NRepresenting the result as said encoded value for each of said devices, wherein N is different for each of said devices, N being a natural number; the predetermined rule operates as follows: decomposing the value into a plurality of numbers 2NRepresenting the results, and having no remaining values, treating each result as each of said encoded values.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102196042A (en) * | 2011-04-29 | 2011-09-21 | 公安部第三研究所 | Internet of things (IOT) application-oriented multimedia acquisition transmission terminal and implementation method thereof |
| WO2015105658A1 (en) * | 2014-01-10 | 2015-07-16 | Qualcomm Incorporated | Determining indoor location using pattern matching of proximal peer-to-peer devices |
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