CN104363187B - A kind of things-internet gateway resource response method and apparatus - Google Patents
A kind of things-internet gateway resource response method and apparatus Download PDFInfo
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Abstract
The invention provides a kind of things-internet gateway resource response method, this method includes：The network platform is by being pre-configured with parameter mapping table, when receiving the things-internet gateway resource request of user terminal transmission, the frequency that type of service mark and the quantity and business of the bearer service of record according to being carried in request are produced, corresponding network performance basic parameter and safe class are found in parameter mapping table, and matched with the relevant parameter information of available things-internet gateway, and the gateway resource of matching degree highest things-internet gateway is responded into the user terminal.Based on same inventive concept, the application also proposes a kind of things-internet gateway resource response device, enough realizes the indifference scheduling of the hardware and software resource of things-internet gateway and uses.
Description
Technical field
The present invention relates to network resource management field, more particularly to a kind of things-internet gateway resource response method and apparatus.
Background technology
With continuing to develop for Internet of Things (Internet of Things, IoT) technology, article is simply passed through into communication
Link, which is linked together, can not meet people for the growing demand of related service.In this case, towards clothes
The internet (Web of Things, WoT) based on object of business has been recognized that the main side provided as following Internet of Things service
Formula.
The content of the invention
In view of this, the application provides a kind of things-internet gateway resource response method and apparatus, to solve things-internet gateway
The problem of resource request can not be mapped with things-internet gateway resource.
In order to solve the above technical problems, what the technical scheme of the application was realized in：
A kind of things-internet gateway resource response method, applied in the service-oriented internet WoT networks based on object
The network platform on, configuration parameter mapping table in the network platform, the parameter mapping table comprising type of service mark, number of services
Scope, business occurrence frequency scope, network performance basic parameter and safe class；Methods described includes：
When the network platform receives the things-internet gateway resource request of user terminal transmission, according to what is carried in the request
Type of service mark obtains number of services and the business occurrence frequency that the user terminal is currently carried；
The network platform is identified according to the type of service carried in the request, and the number of services and business that obtain occur
Frequency, finds corresponding network fundamental performance parameter and safe class in the parameter mapping table of configuration；
The network platform obtains the network fundamental performance parameter and safe class of available things-internet gateway；
The network platform by the network fundamental performance parameter and safe class that are found in parameter mapping table, respectively with respectively
The network fundamental performance parameter and safe class of available things-internet gateway are matched, and by matching degree highest Internet of Things net
Corresponding things-internet gateway resource response is closed to the user terminal.
A kind of things-internet gateway resource response device, applied in the service-oriented internet WoT networks based on object
The network platform on, described device includes：Dispensing unit, receiving unit, acquiring unit, matching unit and transmitting element；
The dispensing unit, for configuration parameter mapping table, the parameter mapping table includes type of service mark, number of services
Scope, business occurrence frequency scope, network performance basic parameter and safe class；
The receiving unit, the things-internet gateway resource request for receiving user terminal transmission；
The acquiring unit, when the receiving unit receives things-internet gateway resource request, takes according in the request
The type of service mark of band obtains number of services and business occurrence frequency that the user terminal is currently carried；According in the request
The type of service mark of carrying, and the number of services and business occurrence frequency obtained, in the parameter of the configuration of described dispensing unit
Corresponding network fundamental performance parameter and safe class are found in mapping table；And obtain the network of available things-internet gateway
Fundamental performance parameter and safe class；
The matching unit, for the network fundamental performance parameter for finding the acquiring unit in parameter mapping table
And safe class, matched respectively with the network fundamental performance parameter and safe class of each available things-internet gateway；
The transmitting element, for by the corresponding Internet of Things net of matching degree highest things-internet gateway in the matching unit
Resource response is closed to the user terminal.
As can be seen from the above technical solution, by being pre-configured with parameter mapping table in the application, user terminal is being received
During the things-internet gateway resource request of transmission, the number for the bearer service for being identified and being recorded according to the type of service carried in request
The frequency that amount and business are produced, finds corresponding network performance basic parameter and safe class in parameter mapping table, and with
The relevant parameter information of available things-internet gateway is matched, and the gateway resource of matching degree highest things-internet gateway is rung
The user terminal should be given.The indifference scheduling of the hardware and software resource of things-internet gateway can be realized by the program and is made
With.
Brief description of the drawings
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 in the embodiment of the present application using above-mentioned technology.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, below in conjunction with the accompanying drawings and according to embodiment,
Technical scheme is described in detail.
In WoT, various equipment (hardware) and application (software) are regarded as resource.Therefore, by traditional IoT to face
To the WoT transition of service, then need be by various Internet of Things resource impacts can be preferably the recognized property parameters of service, from
And realize the indifference scheduling of hardware and software and use, provided various Internet of Things resource impacts in the embodiment of the present application as can
With preferably for the implementation of the recognized property parameters of service.
The application provides a kind of things-internet gateway resource response method, applied to the network in service-oriented WoT networks
On platform.
When implementing, need to be pre-configured with parameter mapping table in the network platform, according to the request of the transmission of user terminal
Corresponding resource information is found in the parameter mapping table.
Referring to table 1, the content that table 1 includes for parameter mapping table in the embodiment of the present application.
Table 1
A kind of type of service mark is only included in table 1, with business occurrence frequency scope in the range of certain number of services
The probability of interior corresponding safe class, fault-free finishing service time and service conflict.
Network fundamental performance parameter in table 1 includes things-internet gateway port bandwidth, delay, handling capacity etc.；Safe class
Requirement to complete the safe class needed for the type of service identifies corresponding business, when implementing, can get over setting value
Big safe class is higher, can also be higher with the smaller safe class of setting value.
The fault-free finishing service time, according to actual application environment, passes through pre- for the corresponding business of type of service mark
The probabilistic model estimation first set is generally completed the non-failure operation time needed for the business, can be used as and things-internet gateway is provided
The requirement of source reliability.It is time-consuming that this contents in table of fault-free finishing service time identifies corresponding business for type of service
Long continuation business configuration, otherwise, can not be required this；Corresponding business is identified for type of service not
It can not then be configured in parameter mapping table for the continuation business that time-consuming.
The probability of service conflict, can be as the need assessment to network resource availability, and this contents in table is for industry
Service type is identified when corresponding business is real time business and configured, and otherwise, this can not be required；I.e. for service class
Type identifies corresponding business and can not then not configured in parameter mapping table for real time business.
Referring to Fig. 1, Fig. 1 is things-internet gateway resource response method flow schematic diagram in the embodiment of the present application.Specific steps
Including：
Step 101, when the network platform receives the things-internet gateway resource request of user terminal transmission, according in the request
The type of service mark of carrying obtains number of services and business occurrence frequency that the user terminal is currently carried.
The network platform records the number of services and business occurrence frequency of each user terminal carrying in real time.Wherein, business occurs
Frequency is business arrival rate for dialing business；It is that intensity etc. occurs for business for IP network business.
The type of service that is carried in things-internet gateway resource request is identified when implementing, can be by the port of business
Mark is realized, can also be realized by the protocol class model of carrying, in a word, according to the division network platform of type of service and user
Terminal divides type of service using same standard.
Step 102, the network platform is identified according to the type of service that is carried in the request, and the number of services that obtains and
Business occurrence frequency, finds corresponding network fundamental performance parameter and safe class in the parameter mapping table of configuration.
Step 103, the network platform obtains the network fundamental performance parameter and safe class of available things-internet gateway.
The network platform can know which things-internet gateway can use, i.e., which things-internet gateway can provide gateway resource,
When implementing, each things-internet gateway can be distinguished by model, the network basic performance of this things-internet gateway of each model correspondence
The security requirement that the things-internet gateway of parameter and the model is promised to undertake, i.e. safe class.
Step 102 and step 103 in execution in no particular order order.
Step 104, the network platform is by the network fundamental performance parameter and safe class that are found in parameter mapping table,
Matched respectively with the network fundamental performance parameter and safe class of each available things-internet gateway, and by matching degree highest
The corresponding things-internet gateway resource response of things-internet gateway gives the user terminal.
If there is 2 available things-internet gateways in this step, then for one of things-internet gateway, using in ginseng
The network fundamental performance parameter found in number mapping table, is matched with the network performance basic parameter of the things-internet gateway,
Obtain a network performance parameter matching value A；Using the safe class found in parameter mapping table, with the things-internet gateway
Safe class matched, obtain a safe class matching value B；This basis is in advance to network performance parameter and safe class
The weighted value of distribution such as 50%：50%, it is weighted summation W=50%A+50%B.
Above-mentioned matching is carried out to each things-internet gateway and is weighted, is carried out for which things-internet gateway
The W that weighted sum is calculated is big, it is determined that the matching degree highest with which things-internet gateway, then responds which things-internet gateway correspondence
Things-internet gateway resource.
Then when being matched, such as safe class is matched, and closer to then determining that matching degree is higher, then matching value is got over
Greatly.
When the type of service mark correspondence business that things-internet gateway resource request is carried is the continuation business that time-consuming,
The network platform according to the type of service identify found in the parameter mapping table of configuration fault-free complete the business when
Between；Otherwise, do not search, i.e., this parameter information is not matched.
The network platform obtains fault occurrences of each available things-internet gateway of record under different network environments
Information, and the conditional probability density function obeyed according to fault occurrences information under different condition, determine each things-internet gateway
The non-failure operation time of the business is completed under different network environments；
The network platform by the network fundamental performance parameter and safe class that are found in parameter mapping table, respectively with respectively
When the network fundamental performance parameter and safe class of available things-internet gateway are matched, it will be found in parameter mapping table
Fault-free complete time of the business, being completed respectively with each available things-internet gateway of determination under different network environments should
The non-failure operation time of business is matched.
When it is real time business that the type of service that things-internet gateway resource request is carried, which identifies corresponding business, the network is put down
Platform identifies the probability that the service conflict is found in parameter mapping table according to the type of service；Otherwise, do not search, i.e., it is not right
This parameter information is matched.
The network platform obtains the service conflict information of the different periods of record, and is believed according to the service conflict of different periods
The distribution function obeyed is ceased, the probability of the service conflict on different things-internet gateways is determined；
The network platform by the network fundamental performance parameter and safe class that are found in parameter mapping table, respectively with respectively
When the network fundamental performance parameter and safe class of available things-internet gateway are matched, it will be found in parameter mapping table
The service conflict probability, respectively the probability with the service conflict on each available things-internet gateway of determination matched.
Illustrate how to determine which available things-internet gateway resource be directed in the embodiment of the present application below with specific example
Matching degree it is high.It is specific as follows：
Assuming that the type of service carried according to active user's terminal request is identified, and number of services and business probability of happening
The network fundamental performance parameter matched in parameter mapping table, safe class is 4, the non-failure operation time of finishing service
100min, and service conflict probability 10%.
Two available things-internet gateways 1 and available things-internet gateway 2 are there is currently, wherein, the network base of things-internet gateway 1
This performance parameter, safe class is 4, and completion non-failure operation time is 90s, and service conflict probability 11%；Internet of Things net
Close 2 network fundamental performance parameter, safe class is 3, and completions non-failure operation time is 100s, and service conflict probability is
13%.
The weight information for being assumed to be each parametric distribution is network fundamental performance parameter：Safe class：Complete failure-free operation
Time：Service conflict probability=30%：20%：20%：30%.
When being matched using each parameter information with the parameter information of things-internet gateway 1, it is assumed that network fundamental performance parameter
With value 90%, safe class matching value 100%, the non-failure operation time matching value of finishing service is 90%, and service conflict is general
Rate matching value 90%；
When being matched using each parameter information with the parameter information of things-internet gateway 2, it is assumed that network fundamental performance parameter
With value 95%, safe class matching value 90%, the non-failure operation time matching value of finishing service is 100%, and service conflict is general
Rate matching value 70%.
Then matching degree W1=90% × 30% of the parameter information of the parameter information of requested service and available things-internet gateway 1
+ 100% × 20%+90% × 20%+90% × 30%=92%.
Matching degree W2=95% × 30%+ of the parameter information of requested service and the parameter information of available things-internet gateway 2
90% × 20%+100% × 20%+70% × 30%=81.5%.
From above can between W1 be more than W2, then by the things-internet gateway resource response of things-internet gateway 2 to send request user
Terminal.
Wherein, the matching degree between each parameter information that network fundamental performance parameter is included according to it determines network basic nature
The matching value of energy parameter.
Based on same inventive concept, the application also proposes a kind of things-internet gateway resource response device, applied to towards
In the network platform in the internet WoT networks based on object of service.Referring to Fig. 2, Fig. 2 is upper to be applied in the embodiment of the present application
State the apparatus structure schematic diagram of technology.The device includes：Dispensing unit 201, receiving unit 202, acquiring unit 203, matching are single
Member 204 and transmitting element 205；
Dispensing unit 201, for configuration parameter mapping table, the parameter mapping table includes type of service mark, number of services
Scope, business occurrence frequency scope, network performance basic parameter and safe class；
Receiving unit 202, the things-internet gateway resource request for receiving user terminal transmission；
Acquiring unit 203, when receiving unit 202 receives things-internet gateway resource request, is carried according in the request
Type of service mark obtain number of services and the business occurrence frequency that the user terminal is currently carried；Taken according in the request
The type of service mark of band, and the number of services and business occurrence frequency obtained, the parameter mapping configured in dispensing unit 201
Corresponding network fundamental performance parameter and safe class are found in table；And it is basic to obtain the network of available things-internet gateway
Performance parameter and safe class；
Matching unit 204, for the network fundamental performance parameter that finds acquiring unit 203 in parameter mapping table and
Safe class, is matched with the network fundamental performance parameter and safe class of each available things-internet gateway respectively；
Transmitting element 205, for by the corresponding things-internet gateway of matching degree highest things-internet gateway in matching unit 204
Resource response gives the user terminal.
It is preferred that
Dispensing unit 201, the parameter mapping table of configuration also includes：The fault-free finishing service time；
Acquiring unit 203, it is the continuation business that time-consuming to be further used for when the type of service identifies correspondence business
When, the time that fault-free finishing service is found in the parameter mapping table of configuration is identified according to the type of service；Obtain note
Fault occurrences information of each available things-internet gateway of record under different network environments, and according to failure under different condition
The conditional probability density function that information that a situation arises is obeyed, determines that each things-internet gateway completes the business under different network environments
Non-failure operation time；
Matching unit 204, is further used for the network basic performance for finding acquiring unit 203 in parameter mapping table
Parameter and safe class, are matched with the network fundamental performance parameter and safe class of each available things-internet gateway respectively
When, by the time of the fault-free finishing service found in parameter mapping table, respectively with each available Internet of Things net of determination
The non-failure operation time that pass completes the business under different network environments is matched.
It is preferred that
Dispensing unit 201, the parameter mapping table of configuration also includes：Service conflict probability；
Acquiring unit 203, is further used for when it is real time business that the type of service, which identifies corresponding business, according to institute
State the probability that type of service mark finds service conflict in parameter mapping table；And obtain the business punching of the different periods of record
Prominent information, and the distribution function obeyed according to the service conflict information of different periods, determine the business on different things-internet gateways
The probability of conflict；
Matching unit 204, is further used for the network basic performance for finding acquiring unit 203 in parameter mapping table
Parameter and safe class, are matched with the network fundamental performance parameter and safe class of each available things-internet gateway respectively
When, by the probability of the service conflict found in parameter mapping table, respectively with being somebody's turn to do on each available things-internet gateway of determination
The probability of service conflict is matched.
The unit of above-described embodiment can be integrated in one, and can also be deployed separately；A unit is can be merged into, also may be used
To be further split into multiple subelements.
In summary, the application is receiving the Internet of Things net of user terminal transmission by being pre-configured with parameter mapping table
When closing resource request, produced according to the type of service mark and the quantity and business of the bearer service of record that are carried in request
Frequency, finds corresponding network performance basic parameter and safe class in parameter mapping table, and with available Internet of Things net
The relevant parameter information of pass is matched, and the gateway resource of matching degree highest things-internet gateway is responded into user's end
End.The indifference scheduling of the hardware and software resource of things-internet gateway can be realized by the program and is used.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
God is with principle, and any modification, equivalent substitution and improvements done etc. should be included within the scope of protection of the invention.
Claims (6)
1. a kind of things-internet gateway resource response method, applied in the service-oriented internet WoT networks based on object
In the network platform, it is characterised in that configuration parameter mapping table in the network platform, the parameter mapping table includes type of service mark
Knowledge, number of services scope, business occurrence frequency scope, network performance basic parameter and safe class；Methods described includes：
When the network platform receives the things-internet gateway resource request of user terminal transmission, according to the business carried in the request
Type identification obtains number of services and the business occurrence frequency that the user terminal is currently carried；Wherein, for dialing industry
Business, business occurrence frequency is business arrival rate；For IP network business, business occurrence frequency is that intensity occurs for business；
The network platform is identified according to the type of service carried in the request, and frequency occurs for the number of services and business that obtain
Rate, finds corresponding network fundamental performance parameter and safe class in the parameter mapping table of configuration；
The network platform obtains the network fundamental performance parameter and safe class of available things-internet gateway；
The network platform can use the network fundamental performance parameter and safe class that are found in parameter mapping table with each respectively
Things-internet gateway network fundamental performance parameter and safe class matched, and by matching degree highest things-internet gateway pair
The things-internet gateway resource response answered gives the user terminal.
2. according to the method described in claim 1, it is characterised in that methods described further comprises：The parameter mapping table is also
Including：The fault-free finishing service time；
When it is the continuation business that time-consuming that the type of service, which identifies correspondence business, the network platform is according to the service class
Type identifies the time that fault-free finishing service is found in the parameter mapping table of configuration；
The network platform obtains fault occurrences information of each available things-internet gateway of record under different network environments,
And the conditional probability density function obeyed according to fault occurrences information under different condition, determine each things-internet gateway in difference
The non-failure operation time of the business is completed under network environment；
The network platform can use the network fundamental performance parameter and safe class that are found in parameter mapping table with each respectively
Things-internet gateway network fundamental performance parameter and safe class when being matched, the nothing that will be found in parameter mapping table
The time of failure finishing service, respectively each available things-internet gateway with determination complete the business under different network environments
Non-failure operation time is matched.
3. method according to claim 1 or 2, it is characterised in that methods described further comprises：The parameter mapping table
Also include：Service conflict probability；
When it is real time business that the type of service, which identifies corresponding business, the network platform is identified according to the type of service
The probability of service conflict is found in parameter mapping table；
The network platform obtains the service conflict information of the different periods of record, and is taken according to the service conflict information of different periods
From distribution function, determine the probability of the service conflict on different things-internet gateways；
The network platform can use the network fundamental performance parameter and safe class that are found in parameter mapping table with each respectively
Things-internet gateway network fundamental performance parameter and safe class when being matched, the industry that will be found in parameter mapping table
Be engaged in conflict probability, respectively the probability with the service conflict on each available things-internet gateway of determination matched.
4. a kind of things-internet gateway resource response device, applied in the service-oriented internet WoT networks based on object
In the network platform, it is characterised in that described device includes：Dispensing unit, receiving unit, acquiring unit, matching unit and transmission
Unit；
The dispensing unit, for configuration parameter mapping table, the parameter mapping table includes type of service mark, number of services model
Enclose, business occurrence frequency scope, network performance basic parameter and safe class；
The receiving unit, the things-internet gateway resource request for receiving user terminal transmission；
The acquiring unit, when the receiving unit receives things-internet gateway resource request, according to what is carried in the request
Type of service mark obtains number of services and the business occurrence frequency that the user terminal is currently carried；Carried according in the request
Type of service mark, and obtain number of services and business occurrence frequency, the configuration of described dispensing unit parameter map
Corresponding network fundamental performance parameter and safe class are found in table；And it is basic to obtain the network of available things-internet gateway
Performance parameter and safe class；Wherein, for dialing business, business occurrence frequency is business arrival rate；For IP network
Business, business occurrence frequency is that intensity occurs for business；
The matching unit, for the network fundamental performance parameter and peace for finding the acquiring unit in parameter mapping table
Congruent level, is matched with the network fundamental performance parameter and safe class of each available things-internet gateway respectively；
The transmitting element, for the corresponding things-internet gateway of matching degree highest things-internet gateway in the matching unit to be provided
Source responds to the user terminal.
5. device according to claim 4, it is characterised in that
The dispensing unit, the parameter mapping table of configuration also includes：The fault-free finishing service time；
The acquiring unit, is further used for when it is the continuation business that time-consuming that the type of service, which identifies correspondence business,
The time that fault-free finishing service is found in the parameter mapping table of configuration is identified according to the type of service；Obtain record
Fault occurrences information of each available things-internet gateway under different network environments, and occurred according to failure under different condition
The conditional probability density function that situation information is obeyed, determines that each things-internet gateway completes the nothing of the business under different network environments
The failure operation time；
The matching unit, is further used for the network basic performance ginseng for finding the acquiring unit in parameter mapping table
Number and safe class, when being matched respectively with the network fundamental performance parameter and safe class of each available things-internet gateway,
By the time of the fault-free finishing service found in parameter mapping table, each available things-internet gateway with determination exists respectively
The non-failure operation time that the business is completed under different network environments is matched.
6. the device according to claim 4 or 5, it is characterised in that
The dispensing unit, the parameter mapping table of configuration also includes：Service conflict probability；
The acquiring unit, is further used for when it is real time business that the type of service, which identifies corresponding business, according to described
Type of service identifies the probability that service conflict is found in parameter mapping table；And obtain the service conflict of the different periods of record
Information, and the distribution function obeyed according to the service conflict information of different periods, determine that the business is rushed on different things-internet gateways
Prominent probability；
The matching unit, is further used for the network basic performance ginseng for finding the acquiring unit in parameter mapping table
Number and safe class, when being matched respectively with the network fundamental performance parameter and safe class of each available things-internet gateway,
By the probability of the service conflict found in parameter mapping table, respectively with the business on each available things-internet gateway of determination
The probability of conflict is matched.
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| 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 |
| 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 |
| FR3091120B1 (en) * | 2018-12-21 | 2021-06-25 | Bull Sas | Process for optimizing the use of gateways based on the messages to be transmitted |
| CN110417778B (en) * | 2019-07-30 | 2022-02-11 | 中国工商银行股份有限公司 | Access request processing method and device |
| 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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| CN101959304A (en) * | 2009-07-15 | 2011-01-26 | 中国移动通信集团设计院有限公司 | Method for scheduling wireless access protocol (WAP) gateway resources and associated equipment |
| CN103581317A (en) * | 2013-10-31 | 2014-02-12 | 工业和信息化部电信传输研究所 | Method for sharing network resources |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101959304A (en) * | 2009-07-15 | 2011-01-26 | 中国移动通信集团设计院有限公司 | Method for scheduling wireless access protocol (WAP) gateway resources and associated equipment |
| CN103581317A (en) * | 2013-10-31 | 2014-02-12 | 工业和信息化部电信传输研究所 | Method for sharing network resources |
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Effective date of registration: 20211227 Address after: 100191 No. 40, Haidian District, Beijing, Xueyuan Road Patentee after: CHINA ACADEMY OF INFORMATION AND COMMUNICATIONS Address before: 100045 Beijing city Xicheng District Yuetan Nan Street 11 Patentee before: The Research Institute of Telecommunications Transmission MIIT |