CN104363187A - Gateway resource response method and gateway resource response device for internet of things - Google Patents
Gateway resource response method and gateway resource response device for internet of things Download PDFInfo
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Abstract
The invention provides a gateway resource response method for the internet of things. The method includes: when a network platform receives requests for gateway resources of the internet of things from a user terminal, searching corresponding network performance basic parameters and safety levels in a pre-configured parameter mapping table according to service type identifications carried in the requests and service generation frequency and bearer service number recorded in the requests, matching the searched information with relevant parameter information of available gates of the internet of things, and responding mostly-matched gate resources of the internet of things to the user terminal. Based on the same concepts, the invention further provides a gateway resource response device for the internet of things to realize indistinguishable scheduling and using of hardware and software resources of the gates of the internet of things.
Description
Technical field
The present invention relates to network resource management field, particularly a kind of things-internet gateway resource response method and apparatus.
Background technology
Along with the development of Internet of Things (Internet of Things, IoT) technology, article are linked together by communication link cannot meet people for the growing demand of related service simply.In this case, the major way becoming following Internet of Things service and provide has been generally acknowledged in the service-oriented the Internet based on object (Web of Things, WoT).
Summary of the invention
In view of this, the application provides a kind of things-internet gateway resource response method and apparatus, cannot cannot carry out the problem that maps to solve things-internet gateway resource request with things-internet gateway resource.
For solving the problems of the technologies described above, the technical scheme of the application is achieved in that
A kind of things-internet gateway resource response method, be applied to service-oriented based in the network platform in the Internet WoT network of object, configuration parameter mapping table in this network platform, this Parameter Mapping table comprises type of service mark, number of services scope, business occurrence frequency scope, network performance basic parameter and safe class; Described method comprises:
When this network platform receives the things-internet gateway resource request of user terminal transmission, obtain number of services and the business occurrence frequency of the current carrying of described user terminal according to the type of service mark of carrying in this request;
This network platform is according to the type of service mark of carrying in this request, and the number of services obtained and business occurrence frequency, in the Parameter Mapping table of configuration, find corresponding network fundamental performance parameter and safe class;
This network platform obtains network fundamental performance parameter and the safe class of available things-internet gateway;
This network platform is by the network fundamental performance parameter that finds in Parameter Mapping table and safe class, mate with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, and give described user terminal by things-internet gateway resource response corresponding for things-internet gateway the highest for matching degree.
A kind of things-internet gateway resource response device, be applied to service-oriented based in the network platform in the Internet WoT network of object, described device comprises: dispensing unit, receiving element, acquiring unit, matching unit and transmitting element;
Described dispensing unit, for configuration parameter mapping table, this Parameter Mapping table comprises type of service mark, number of services scope, business occurrence frequency scope, network performance basic parameter and safe class;
Described receiving element, for receiving the things-internet gateway resource request that user terminal sends;
Described acquiring unit, when described receiving element receives things-internet gateway resource request, obtains number of services and the business occurrence frequency of the current carrying of described user terminal according to the type of service mark of carrying in this request; According to the type of service mark of carrying in this request, and the number of services obtained and business occurrence frequency, in the Parameter Mapping table that described dispensing unit configures, find corresponding network fundamental performance parameter and safe class; And obtain network fundamental performance parameter and the safe class of available things-internet gateway;
Described matching unit, for the network fundamental performance parameter that found in Parameter Mapping table by described acquiring unit and safe class, mates with the network fundamental performance parameter of each available things-internet gateway and safe class respectively;
Described transmitting element, for giving described user terminal by things-internet gateway resource response corresponding for things-internet gateway the highest for matching degree in described matching unit.
From technical scheme above, by pre-configured Parameter Mapping table in the application, when receiving the things-internet gateway resource request that user terminal sends, the frequency that the quantity of the bearer service identified according to the type of service of carrying in request and record and business produce, corresponding network performance basic parameter and safe class is found in Parameter Mapping table, and mate with the relevant parameter information of available things-internet gateway, and the gateway resource of things-internet gateway the highest for matching degree is responded to described user terminal.The indifference scheduling of the hardware and software resource of things-internet gateway can be realized by the program and use.
Accompanying drawing explanation
Fig. 1 is things-internet gateway resource response method flow schematic diagram in the embodiment of the present application;
Fig. 2 is the apparatus structure schematic diagram applying above-mentioned technology in the embodiment of the present application.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with accompanying drawing and according to embodiment, technical scheme of the present invention is described in detail.
In WoT, various equipment (hardware) and application (software), be all considered to be resource.Therefore, by conventional I oT to service-oriented WoT transition, then need various Internet of Things resource mapping as can better for serving the property parameters that identifies, thus realize the indifference scheduling of hardware and software and use, provide various Internet of Things resource mapping in the embodiment of the present application as can be better the implementation of property parameters that service identifies.
The application provides a kind of things-internet gateway resource response method, is applied in the network platform in service-oriented WoT network.
When specific implementation, the network platform needs pre-configured Parameter Mapping table, in this Parameter Mapping table, find corresponding resource information according to the request of the transmission of user terminal.
See table 1, table 1 is the content that in the embodiment of the present application, Parameter Mapping table comprises.
Table 1
A kind of type of service mark is only listed, the probability of safe class corresponding within the scope of certain number of services and within the scope of business occurrence frequency, fault-free finishing service time and service conflict in table 1.
Network fundamental performance parameter in table 1 comprises things-internet gateway port bandwidth, time delay, throughput etc.; Safe class, for completing the requirement of the safe class needed for business corresponding to this type of service mark, during specific implementation, can configure the larger safe class of numerical value higher, also can configure the less safe class of numerical value higher.
The fault-free finishing service time is according to actual application environment, estimated the non-failure operation time usually completed needed for this business by the probabilistic model preset for the business that this type of service mark is corresponding, can as the requirement to things-internet gateway resource reliability.This contents in table of fault-free finishing service time is the continuation business configuration of length consuming time for the business that type of service mark is corresponding, otherwise, requirement can not be carried out to this; Namely the continuation business not being length consuming time for the business that type of service mark is corresponding then can not configure in Parameter Mapping table.
The probability of service conflict, as the need assessment to network resource availability, can configure when this contents in table is real time business for the business that type of service mark is corresponding, otherwise, requirement can not be carried out to this; Namely then can not configure in Parameter Mapping table for real time business for the business that type of service mark is corresponding.
Be things-internet gateway resource response method flow schematic diagram in the embodiment of the present application see Fig. 1, Fig. 1.Concrete steps comprise:
Step 101, when the network platform receives the things-internet gateway resource request of user terminal transmission, obtains number of services and the business occurrence frequency of the current carrying of described user terminal according to the type of service mark of carrying in this request.
The number of services of each user terminal carrying of network platform real time record and business occurrence frequency.Wherein, business occurrence frequency is business arrival rate for dialing business; Be business generation intensity etc. for IP network business.
When the type of service of carrying in things-internet gateway resource request is identified at specific implementation, can be realized by the port-mark of business, also can be realized by the protocol class model of carrying, in a word, same standard is used to divide type of service according to the division network platform of type of service and user terminal.
Step 102, this network platform is according to the type of service mark of carrying in this request, and the number of services obtained and business occurrence frequency, in the Parameter Mapping table of configuration, find corresponding network fundamental performance parameter and safe class.
Step 103, this network platform obtains network fundamental performance parameter and the safe class of available things-internet gateway.
The network platform can know which things-internet gateway can be used, namely which things-internet gateway can provide gateway resource, during specific implementation, each things-internet gateway can be distinguished by model, the security requirement that the corresponding network fundamental performance parameter of this things-internet gateway of each model and the things-internet gateway of this model are promised to undertake, i.e. safe class.
Step 102 and step 103 order in no particular order in execution.
Step 104, this network platform is by the network fundamental performance parameter that finds in Parameter Mapping table and safe class, mate with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, and give described user terminal by things-internet gateway resource response corresponding for things-internet gateway the highest for matching degree.
If there are 2 available things-internet gateways in this step, then concerning one of them things-internet gateway, be used in the network fundamental performance parameter found in Parameter Mapping table, mate with the network performance basic parameter of this things-internet gateway, obtain a network performance parameter matching value A; Be used in the safe class found in Parameter Mapping table, mate with the safe class of this things-internet gateway, obtain a safe class matching value B; The weighted value that this basis is distributed network performance parameter and safe class in advance, as 50%:50%, is weighted summation W=50%A+50%B.
All above-mentioned coupling is carried out to each things-internet gateway and is weighted, the W which things-internet gateway to be weighted read group total for is large, then determine with the matching degree of which things-internet gateway the highest, then respond the things-internet gateway resource which things-internet gateway is corresponding.
Then when mating, as safe class is mated, more close, determine that matching degree is higher, then matching value is larger.
When to identify corresponding business be the continuation business of length consuming time to the type of service that things-internet gateway resource request is carried, this network platform is identified in the Parameter Mapping table of configuration according to described type of service and finds the time that fault-free completes this business; Otherwise, do not search, namely this parameter information do not mated.
This network platform obtains the fault occurrences information of each available things-internet gateway under different network environments of record, and according to the conditional probability density function that fault occurrences information under different condition is obeyed, determine that each things-internet gateway completes the non-failure operation time of this business under different network environments;
This network platform is by the network fundamental performance parameter that finds in Parameter Mapping table and safe class, when mating with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, the fault-free found in Parameter Mapping table is completed the time of this business, the non-failure operation time completing this business respectively with each available things-internet gateway determined under different network environments mates.
When the business that the type of service mark that things-internet gateway resource request is carried is corresponding is real time business, this network platform is identified at the probability finding this service conflict in Parameter Mapping table according to described type of service; Otherwise, do not search, namely this parameter information do not mated.
This network platform obtains the service conflict information of the Different periods of record, and according to the distribution function that the service conflict information of Different periods is obeyed, determines the probability of this service conflict on different things-internet gateway;
This network platform is by the network fundamental performance parameter that finds in Parameter Mapping table and safe class, when mating with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, by the probability of this service conflict found in Parameter Mapping table, mate with the probability of this service conflict on each available things-internet gateway determined respectively.
Illustrate in the embodiment of the present application how to determine that the matching degree for which available things-internet gateway resource is high with object lesson below.Specific as follows:
Suppose the type of service mark of carrying according to active user's terminal request, and the network fundamental performance parameter that number of services and business probability of happening match in Parameter Mapping table, safe class is 4,100min non-failure operation time of finishing service, and service conflict probability 10%.
The available things-internet gateway 1 of current existence two and available things-internet gateway 2, wherein, the network fundamental performance parameter of things-internet gateway 1, safe class is 4, and completing non-failure operation time is 90s, and service conflict probability 11%; The network fundamental performance parameter of things-internet gateway 2, safe class is 3, and completing non-failure operation time is 100s, and service conflict probability is 13%.
The weight information being assumed to be each parametric distribution is network fundamental performance parameter: safe class: complete non-failure operation time: service conflict probability=30%:20%:20%:30%.
When using each parameter information to mate with the parameter information of things-internet gateway 1, suppose network fundamental performance parameter matching value 90%, safe class matching value 100%, matching value non-failure operation time of finishing service is 90%, service conflict probability match value 90%;
When using each parameter information to mate with the parameter information of things-internet gateway 2, suppose network fundamental performance parameter matching value 95%, safe class matching value 90%, matching value non-failure operation time of finishing service is 100%, service conflict probability match value 70%.
The then matching degree W1=90% × 30%+100% × 20%+90% × 20%+90% × 30%=92% of the parameter information of requested service and the parameter information of available things-internet gateway 1.
Matching degree W2=95% × 30%+90% × 20%+100% × 20%+70% × the 30%=81.5% of the parameter information of requested service and the parameter information of available things-internet gateway 2.
From above can between W1 be greater than W2, then by the things-internet gateway resource response of things-internet gateway 2 to the user terminal sent request.
Wherein, network fundamental performance parameter is according to the matching value of the matching degree determination network fundamental performance parameter between its each parameter information comprised.
Based on same inventive concept, the application also proposes a kind of things-internet gateway resource response device, is applied to service-oriented based in the network platform in the Internet WoT network of object.It is the apparatus structure schematic diagram applying above-mentioned technology in the embodiment of the present application see Fig. 2, Fig. 2.This device comprises: dispensing unit 201, receiving element 202, acquiring unit 203, matching unit 204 and transmitting element 205;
Dispensing unit 201, for configuration parameter mapping table, this Parameter Mapping table comprises type of service mark, number of services scope, business occurrence frequency scope, network performance basic parameter and safe class;
Receiving element 202, for receiving the things-internet gateway resource request that user terminal sends;
Acquiring unit 203, when receiving element 202 receives things-internet gateway resource request, obtains number of services and the business occurrence frequency of the current carrying of described user terminal according to the type of service mark of carrying in this request; According to the type of service mark of carrying in this request, and the number of services obtained and business occurrence frequency, in the Parameter Mapping table that dispensing unit 201 configures, find corresponding network fundamental performance parameter and safe class; And obtain network fundamental performance parameter and the safe class of available things-internet gateway;
Matching unit 204, for the network fundamental performance parameter that found in Parameter Mapping table by acquiring unit 203 and safe class, mates with the network fundamental performance parameter of each available things-internet gateway and safe class respectively;
Transmitting element 205, for giving described user terminal by things-internet gateway resource response corresponding for things-internet gateway the highest for matching degree in matching unit 204.
Preferably,
Dispensing unit 201, the Parameter Mapping table of configuration also comprises: the fault-free finishing service time;
Acquiring unit 203, is further used for, when to identify corresponding business be the continuation business of length consuming time to described type of service, being identified at the time finding fault-free finishing service in the Parameter Mapping table of configuration according to described type of service; Obtain the fault occurrences information of each available things-internet gateway under different network environments of record, and according to the conditional probability density function that fault occurrences information under different condition is obeyed, determine that each things-internet gateway completes the non-failure operation time of this business under different network environments;
Matching unit 204, be further used for the network fundamental performance parameter that found in Parameter Mapping table by acquiring unit 203 and safe class, when mating with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, by the time of fault-free finishing service found in Parameter Mapping table, the non-failure operation time completing this business respectively with each available things-internet gateway determined under different network environments mates.
Preferably,
Dispensing unit 201, the Parameter Mapping table of configuration also comprises: service conflict probability;
Acquiring unit 203, is further used for, when the business that described type of service mark is corresponding is real time business, being identified at the probability finding service conflict in Parameter Mapping table according to described type of service; And obtain the service conflict information of the Different periods of record, and according to the distribution function that the service conflict information of Different periods is obeyed, determine the probability of this service conflict on different things-internet gateway;
Matching unit 204, be further used for the network fundamental performance parameter that found in Parameter Mapping table by acquiring unit 203 and safe class, when mating with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, by the probability of service conflict found in Parameter Mapping table, mate with the probability of this service conflict on each available things-internet gateway determined respectively.
The unit of above-described embodiment can be integrated in one, and also can be separated deployment; A unit can be merged into, also can split into multiple subelement further.
In sum, the application is by pre-configured Parameter Mapping table, when receiving the things-internet gateway resource request that user terminal sends, the frequency that the quantity of the bearer service identified according to the type of service of carrying in request and record and business produce, corresponding network performance basic parameter and safe class is found in Parameter Mapping table, and mate with the relevant parameter information of available things-internet gateway, and the gateway resource of things-internet gateway the highest for matching degree is responded to described user terminal.The indifference scheduling of the hardware and software resource of things-internet gateway can be realized by the program and use.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (6)
1. a things-internet gateway resource response method, be applied to service-oriented based in the network platform in the Internet WoT network of object, it is characterized in that, configuration parameter mapping table in this network platform, this Parameter Mapping table comprises type of service mark, number of services scope, business occurrence frequency scope, network performance basic parameter and safe class; Described method comprises:
When this network platform receives the things-internet gateway resource request of user terminal transmission, obtain number of services and the business occurrence frequency of the current carrying of described user terminal according to the type of service mark of carrying in this request;
This network platform is according to the type of service mark of carrying in this request, and the number of services obtained and business occurrence frequency, in the Parameter Mapping table of configuration, find corresponding network fundamental performance parameter and safe class;
This network platform obtains network fundamental performance parameter and the safe class of available things-internet gateway;
This network platform is by the network fundamental performance parameter that finds in Parameter Mapping table and safe class, mate with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, and give described user terminal by things-internet gateway resource response corresponding for things-internet gateway the highest for matching degree.
2. method according to claim 1, is characterized in that, described method comprises further: described Parameter Mapping table also comprises: the fault-free finishing service time;
When to identify corresponding business be the continuation business of length consuming time to described type of service, this network platform is identified at the time finding fault-free finishing service in the Parameter Mapping table of configuration according to described type of service;
This network platform obtains the fault occurrences information of each available things-internet gateway under different network environments of record, and according to the conditional probability density function that fault occurrences information under different condition is obeyed, determine that each things-internet gateway completes the non-failure operation time of this business under different network environments;
This network platform is by the network fundamental performance parameter that finds in Parameter Mapping table and safe class, when mating with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, by the time of fault-free finishing service found in Parameter Mapping table, the non-failure operation time completing this business respectively with each available things-internet gateway determined under different network environments mates.
3. method according to claim 1 and 2, is characterized in that, described method comprises further: described Parameter Mapping table also comprises: service conflict probability;
When the business that described type of service mark is corresponding is real time business, this network platform is identified at the probability finding service conflict in Parameter Mapping table according to described type of service;
This network platform obtains the service conflict information of the Different periods of record, and according to the distribution function that the service conflict information of Different periods is obeyed, determines the probability of this service conflict on different things-internet gateway;
This network platform is by the network fundamental performance parameter that finds in Parameter Mapping table and safe class, when mating with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, by the probability of service conflict found in Parameter Mapping table, mate with the probability of this service conflict on each available things-internet gateway determined respectively.
4. a things-internet gateway resource response device, be applied to service-oriented based in the network platform in the Internet WoT network of object, it is characterized in that, described device comprises: dispensing unit, receiving element, acquiring unit, matching unit and transmitting element;
Described dispensing unit, for configuration parameter mapping table, this Parameter Mapping table comprises type of service mark, number of services scope, business occurrence frequency scope, network performance basic parameter and safe class;
Described receiving element, for receiving the things-internet gateway resource request that user terminal sends;
Described acquiring unit, when described receiving element receives things-internet gateway resource request, obtains number of services and the business occurrence frequency of the current carrying of described user terminal according to the type of service mark of carrying in this request; According to the type of service mark of carrying in this request, and the number of services obtained and business occurrence frequency, in the Parameter Mapping table that described dispensing unit configures, find corresponding network fundamental performance parameter and safe class; And obtain network fundamental performance parameter and the safe class of available things-internet gateway;
Described matching unit, for the network fundamental performance parameter that found in Parameter Mapping table by described acquiring unit and safe class, mates with the network fundamental performance parameter of each available things-internet gateway and safe class respectively;
Described transmitting element, for giving described user terminal by things-internet gateway resource response corresponding for things-internet gateway the highest for matching degree in described matching unit.
5. device according to claim 4, is characterized in that,
Described dispensing unit, the Parameter Mapping table of configuration also comprises: the fault-free finishing service time;
Described acquiring unit, is further used for, when to identify corresponding business be the continuation business of length consuming time to described type of service, being identified at the time finding fault-free finishing service in the Parameter Mapping table of configuration according to described type of service; Obtain the fault occurrences information of each available things-internet gateway under different network environments of record, and according to the conditional probability density function that fault occurrences information under different condition is obeyed, determine that each things-internet gateway completes the non-failure operation time of this business under different network environments;
Described matching unit, be further used for the network fundamental performance parameter that found in Parameter Mapping table by described acquiring unit and safe class, when mating with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, by the time of fault-free finishing service found in Parameter Mapping table, the non-failure operation time completing this business respectively with each available things-internet gateway determined under different network environments mates.
6. the device according to claim 4 or 5, is characterized in that,
Described dispensing unit, the Parameter Mapping table of configuration also comprises: service conflict probability;
Described acquiring unit, is further used for, when the business that described type of service mark is corresponding is real time business, being identified at the probability finding service conflict in Parameter Mapping table according to described type of service; And obtain the service conflict information of the Different periods of record, and according to the distribution function that the service conflict information of Different periods is obeyed, determine the probability of this service conflict on different things-internet gateway;
Described matching unit, be further used for the network fundamental performance parameter that found in Parameter Mapping table by described acquiring unit and safe class, when mating with the network fundamental performance parameter of each available things-internet gateway and safe class respectively, by the probability of service conflict found in Parameter Mapping table, mate with the probability of this service conflict on each available things-internet gateway determined respectively.
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| CN106851655A (en) * | 2015-12-04 | 2017-06-13 | 富士通株式会社 | Wireless network configuration method and its device, access net system |
| CN109802985A (en) * | 2017-11-17 | 2019-05-24 | 北京金山云网络技术有限公司 | Data transmission method, device, equipment and read/write memory medium |
| CN110417778A (en) * | 2019-07-30 | 2019-11-05 | 中国工商银行股份有限公司 | The treating method and apparatus of access request |
| FR3091120A1 (en) * | 2018-12-21 | 2020-06-26 | Bull Sas | Method for optimizing the use of gateways according to the messages to be transmitted |
| CN114915633A (en) * | 2022-04-21 | 2022-08-16 | 阿里云计算有限公司 | Method, device and medium for scheduling users to gateway cluster in public cloud network |
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| CN106851655A (en) * | 2015-12-04 | 2017-06-13 | 富士通株式会社 | Wireless network configuration method and its device, access net system |
| CN106851655B (en) * | 2015-12-04 | 2020-02-14 | 富士通株式会社 | Wireless network configuration method and device and access network system |
| CN109802985A (en) * | 2017-11-17 | 2019-05-24 | 北京金山云网络技术有限公司 | Data transmission method, device, equipment and read/write memory medium |
| CN109802985B (en) * | 2017-11-17 | 2021-01-29 | 北京金山云网络技术有限公司 | Data transmission method, device, equipment and readable storage medium |
| FR3091120A1 (en) * | 2018-12-21 | 2020-06-26 | Bull Sas | Method for optimizing the use of gateways according to the messages to be transmitted |
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| CN114915633A (en) * | 2022-04-21 | 2022-08-16 | 阿里云计算有限公司 | Method, device and medium for scheduling users to gateway cluster in public cloud network |
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| CN104363187B (en) | 2017-09-29 |
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