CN102111443A - Internet of things (IOT) operation system and method for providing services for user - Google Patents
Internet of things (IOT) operation system and method for providing services for user Download PDFInfo
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- CN102111443A CN102111443A CN2011100019540A CN201110001954A CN102111443A CN 102111443 A CN102111443 A CN 102111443A CN 2011100019540 A CN2011100019540 A CN 2011100019540A CN 201110001954 A CN201110001954 A CN 201110001954A CN 102111443 A CN102111443 A CN 102111443A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
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Abstract
The invention discloses an internet of things (IOT) operation system and a method for providing services for a user. The IOT operation system comprises an IOT terminal equipment provider, a cognitive network (CN) service provider, an IOT monitoring content provider, a network service and equipment provider, a traditional internet service provider (ISP), an IOT service provider, a unified business providing portal and a cloud computing service provider. In the operation system, content information is processed primitively by deploying edge servers in accordance with areas, and then submitted to a service providing center so as to share loads of the service providing center. The edge servers are used for directly providing high real-time services for the user, thus high time delay due to that the service providing center provides the services in an existing service mode can be avoided. The information monitored by a CN is provided for traditional services, thus strengthening the expansibility of the service mode. The method is used to effectively decrease the loads of the service providing center, fasten the response speed of the real-time services, and enhance the expansibility of the IOT service mode.
Description
Technical field
The invention belongs to networking technology area, relate to Internet of Things, particularly a kind of Internet of Things operation system and Distributed Services method are used to the Internet of Things user that service is provided.
Background technology
Internet of Things, be meant by technology such as transducer, REID, global positioning systems, gather anyly need to monitor, connect, the information of various needs such as sound of interactive object, light, heat, position, by all kinds of possible network insertions, realize that thing and thing, thing link with the ubiquitous of people, realize intelligent perception, identification and management to article and process.Along with the continuous development of information technology, the third wave of information world arrives, Internet of Things will we production and life in produce important effect, which kind of operation mode Internet of Things adopts and how service is provided is the soul place of Internet of Things development.A core concept of Internet of Things is exactly by ubiquitous terminal equipment and facility, as the access with existing disparate networks such as transducer, portable terminal, industrial system, building control system, home intelligent facility, video monitoring system, carry out better management, thereby provide better service for the user.
Existing Internet of Things method of service mainly provides the center by setting up the Internet of Things service as shown in Figure 1, and individual domestic. applications, the enterprises ' industry of Internet of Things are used and application server such as government's common application manages.Application server carries out the mutual of data and instruction by networks such as communication network and things-internet gateway and bottom sensor, RFID, thereby provides service for the user.Mainly there is following shortcoming in existing Internet of Things method of service:
1) the Internet of Things service provides the center to face huge load, and storage capacity and computing capability do not reach the requirement of application simultaneously.Along with the continuous development of information technology, following Internet of Things industry is bigger 30 times than the Internet, needs new Internet of Things method of servicing badly and shares the load that the Internet of Things service provides the center, thereby offer Internet of Things user high quality services.
2) the application surface Lingao of high real-time time-delay.In existing Internet of Things method of service, all services provide all must provide the center through service, must cause high time-delay, for example the user need know the real-time road in A area, if service provides the center not in the A area, the traffic information that the correlative networked devices monitors must be passed to long-range service the center is provided, do after the relevant processing, offer the user again, real-time is poor, the user is directly given in the condition information processing if can directly satisfy the need at relevant center, A area after the processing, real-time will be improved significantly.
3) poor expandability, the information that sensing network such as WSN, RFID and ZigBee etc. are monitored the service that provides are provided can not for tradition.Along with the continuous development of information technology, increasing traditional application need utilizes the information of sensing network monitoring, and for the user provides high-quality service, and the monitoring information of sensing network can not offer the tradition application under existing Internet of Things method of service.
Summary of the invention
The objective of the invention is to overcome the deficiency of above-mentioned prior art, propose a kind of Internet of Things operation system and provide service method to the user, provide the load at center to reduce the Internet of Things service, reduce the time-delay that high real-time is used, the extensibility of reinforce internet services mode.
For achieving the above object, Internet of Things operation system of the present invention comprises:
Internet-of-things terminal equipment supplier: be used to the sensing network service provider that internet-of-things terminal equipment is provided;
The sensing network service provider: dispose the terminal equipment that the internet-of-things terminal equipment supplier provides, carry out the monitoring of information, and each terminal equipment is linked to be network, content supplier provides information gathering and transmission for the Internet of Things monitoring;
Internet of Things monitoring content supplier: by the information that the sensing network service provider the is provided processing of classifying, for network service and equipment supplier provide environmental monitoring, health monitoring and Traffic monitoring content information;
Conventional the Internet service provider: dispose the traditional services management platform, the calculating, the storage resources that utilize monitoring content information that Internet of Things monitoring content supplier provides and cloud computing service provider to provide provide the conventional the Internet service of ecommerce, business website for the user;
Internet of Things service provider: dispose the Internet of Things service management platform, the calculating, the storage resources that utilize monitoring content information that Internet of Things monitoring content supplier provides and cloud computing service provider to provide provide the Internet of Things service of electron medical treatment, industrial monitoring and family's security protection for the user;
Service combination and unified business provide door: statistical disposition is carried out in the service that conventional the Internet service provider and Internet of Things service provider provide, searched, locate and obtain service for the user provides;
Network service and equipment supplier: by disposing LIST SERVER, content server and Edge Server, realization and cloud computing service provider, conventional the Internet service provider, Internet of Things service provider, unified business provide the interconnected and information interaction between door and the user;
The cloud computing service provider: dispose cloud service the center is provided, making up and unify business for conventional the Internet service provider, Internet of Things service provider and service provides door, and storage, calculating, software and infrastructure resources are provided;
Described Internet of Things sensing network provider, monitoring content supplier, network service and equipment supplier, cloud computing service provider, conventional the Internet service provider, Internet of Things service provider and service combination and unified business provide door, adopt wired mode to finish mutual cooperation; Described internet-of-things terminal equipment supplier utilizes wireless mode to gather monitoring information.For achieving the above object, Internet of Things operation system of the present invention provides service method to the user, and concrete steps comprise as follows:
(1) LIST SERVER respectively with other server interactions, carry out the management of service content:
(1.1) LIST SERVER respectively with other server interactions, carry out the registration of service content:
LIST SERVER and content server are mutual, realize content server to LIST SERVER register its data that can provide;
LIST SERVER and cloud service provide the center mutual, realize cloud service provide in mind-set LIST SERVER Register the services such as calculating, storage that can provide;
LIST SERVER and Edge Server are mutual, and the realization Edge Server is registered its perception information that can provide and real-time application service to LIST SERVER;
LIST SERVER and Internet of Things application management platform are mutual, and realization Internet of Things application management platform is registered the Internet of Things service that it can provide to LIST SERVER;
LIST SERVER and traditional application management platform are mutual, realize that traditional application management platform registers the service that it can provide to LIST SERVER;
LIST SERVER provides door mutual with unified business, realizes that unified business provides door to register the service that it can provide to LIST SERVER;
(1.2) LIST SERVER comprehensive service information, service such as provide service search, location, order, obtain:
LIST SERVER roundup content server, cloud service provide the service registry information (information on services comprises: COS, service describing, service ordering mode, service call address, service call binding mode) of center, Edge Server, Internet of Things application management platform, traditional application management platform, service such as provide service search, location, order, obtain.
(2) user is according to needed service content, and the query directory server is selected the access mode of service:
If the service content that the user needs belongs to conventional the Internet service, then the user obtains service by visiting traditional application management platform;
If the service content that the user needs belongs to the Internet of Things service, then the user obtains service by visit Internet of Things application management platform;
If the service content that the user needs belongs to the real-time service, then the user obtains service by Edge Server;
If the service content that the user needs belongs to COS the unknown, then the user provides door to obtain service by unified business;
(3) accessed traditional application management platform, Internet of Things application management platform, Edge Server and unified business provide door, and the result user's required service returns to the user.
The present invention has following advantage:
1. the present invention is owing to be deployed in different zones with Edge Server, make the perception information that sensing network obtains, after handling through Edge Server earlier, offer the Internet of Things service again the center is provided, compare with existing Internet of Things method of service, having solved the Internet of Things service effectively provides central loading a too big difficult problem.
The present invention since with the service arrangement of high real-time on Edge Server, during such service of user capture, the direct process user service request of Edge Server is for the user provides required service, compare with existing Internet of Things method of service, the real-time of service has obtained guarantee.
3. the present invention is because monitoring content supplier not only for Internet of Things application management platform provides content information, and for traditional internet application management platform provides content information, has strengthened the autgmentability of Internet of Things method of service.
Description of drawings
Fig. 1 is existing Internet of Things ways of services supplied schematic diagram;
Fig. 2 is the Internet of Things operation system schematic diagram that the present invention proposes;
Fig. 3 is that Internet of Things operation system of the present invention provides the service schematic diagram to the user;
Fig. 4 is Internet of Things operation system of the present invention provides a general flow chart from service to the user;
Fig. 5 is Internet of Things operation system of the present invention provides service for the user by traditional application management platform sub-process figure;
Fig. 6 is Internet of Things operation system of the present invention provides service for the user by Internet of Things application management platform sub-process figure;
Fig. 7 is that Internet of Things operation system of the present invention provides door that the sub-process figure of service is provided for the user by unified business;
Fig. 8 is Internet of Things operation system of the present invention provides service for the user by Edge Server sub-process figure.
Embodiment
Describe the present invention below in conjunction with accompanying drawing.
With reference to Fig. 2 and Fig. 3, the Internet of Things operation system is described in detail, and the Internet of Things operation system comprises that internet-of-things terminal equipment supplier, sensing network service provider, Internet of Things monitoring content supplier, network service and equipment supplier, conventional the Internet service provider, Internet of Things service provider, service combination and unified business provide door and cloud computing service provider.
Internet-of-things terminal equipment supplier: be used to the sensing network service provider that internet-of-things terminal equipment is provided, internet-of-things terminal equipment wherein, be meant in WSN, RFID, the ZigBee network, the terminal equipment of the sound of monitoring, connection, interactive object, light, heat, positional information, these terminal equipments are not only monitored relevant information, and carry out dependent instruction;
The sensing network service provider: dispose the terminal equipment that the internet-of-things terminal equipment supplier provides, carry out the monitoring of information, and each terminal equipment is linked to be network, content supplier provides information gathering and transmission for the Internet of Things monitoring;
Internet of Things monitoring content supplier: by the information that the sensing network service provider the is provided processing of classifying, for network service and equipment supplier provide environmental monitoring, health monitoring and Traffic monitoring content information;
Conventional the Internet service provider: dispose the traditional services management platform, the calculating, the storage resources that utilize monitoring content information that Internet of Things monitoring content supplier provides and cloud computing service provider to provide, the conventional the Internet service of ecommerce, business website is provided for the user, this traditional services management platform, the conventional the Internet service of main managing electronic commercial affairs, commercial website and government department;
Internet of Things service provider: dispose the Internet of Things service management platform, the calculating, the storage resources that utilize monitoring content information that Internet of Things monitoring content supplier provides and cloud computing service provider to provide, the Internet of Things service of electron medical treatment, industrial monitoring and family's security protection is provided for the user, this Internet of Things application management platform, the Internet of Things service of main managing electronic medical treatment, industrial monitoring and family's security protection;
Service combination and unified business provide door: statistical disposition is carried out in the service that conventional the Internet service provider and Internet of Things service provider provide, searched, locate and obtain service for the user provides;
Network service and equipment supplier: by disposing LIST SERVER, content server and Edge Server, realization and cloud computing service provider, conventional the Internet service provider, Internet of Things service provider, unified business provide the interconnected and information interaction between door and the user, this LIST SERVER, main management cloud service provides center, content server and Edge Server, the service that can provide for the user, thereby, provide searching of service for Internet of Things application management platform, traditional application management platform and unified business provide door; This content server mainly provides map, traffic and daily encyclopaedia content information; This Edge Server, be deployed in different zones, on the one hand by obtaining perception information from sensing network and handling, thereby be conventional the Internet service and Internet of Things service, the monitoring content information is provided, on the other hand, by disposing the real-time service, the real-time of such service of user capture is protected;
Cloud computing service provider: dispose cloud service the center is provided, for conventional the Internet service provider, Internet of Things service provider and service combination and unified business provide door, storage, calculating, software and infrastructure resources are provided, this cloud service provides the center, the storage of main management data and the processing of data.
With reference to Fig. 4, provide the process of service to describe in detail to the Internet of Things operation system and to the user.
Process 1: LIST SERVER respectively with other server interactions, carry out the management of service content.
(1.1) LIST SERVER respectively with other server interactions, carry out the registration of service content:
LIST SERVER and content server are mutual, realize content server to LIST SERVER register its data that can provide;
LIST SERVER and cloud service provide the center mutual, realize cloud service provide in mind-set LIST SERVER Register the services such as calculating, storage that can provide;
LIST SERVER and Edge Server are mutual, and the realization Edge Server is registered its perception information that can provide and real-time application service to LIST SERVER;
LIST SERVER and Internet of Things application management platform are mutual, and realization Internet of Things application management platform is registered the Internet of Things service that it can provide to LIST SERVER;
LIST SERVER and traditional application management platform are mutual, realize that traditional application management platform registers the service that it can provide to LIST SERVER;
LIST SERVER provides door mutual with unified business, realizes that unified business provides door to register the service that it can provide to LIST SERVER;
(1.2) LIST SERVER comprehensive service information, service such as provide service search, location, order, obtain:
LIST SERVER roundup content server, cloud service provide the service registry information of center, Edge Server, Internet of Things application management platform, traditional application management platform, service search, location are provided, order, obtain service.This service registry information comprises: COS, service describing, service ordering mode, service call address and service call binding mode.
Process 2: the user is according to needed service content, and the query directory server is selected the access mode of serving.
If the service content that the user needs belongs to conventional the Internet service, then the user obtains service, implementation 4 by visiting traditional application management platform;
If the service content that the user needs belongs to the Internet of Things service, then the user obtains service, implementation 5 by visit Internet of Things service management platform;
If the service content that the user needs belongs to the real-time service, then the user obtains service, implementation 6 by the visit Edge Server;
If the service content that the user needs belongs to COS the unknown, then the user provides door to obtain service by visiting unified business, implementation 7.
Process 3: accessed traditional application management platform, Internet of Things application management platform, Edge Server and unified business provide door, and the result user's required service returns to the user.
Process 4: the user obtains service by visiting traditional application management platform.
With reference to Fig. 5, the user is as follows by the process of visiting traditional application management platform and obtaining service:
4a) service search and service order
4a1) traditional internet application management platform proposes the service-seeking request to LIST SERVER;
4a2) LIST SERVER returns the inquiry service tabulation to traditional application platform;
4a3) traditional application management platform is ordered needed service to LIST SERVER;
After 4a4) ordering successfully, LIST SERVER returns ordered service call mode for traditional application management platform;
4b) service call
4b1) user proposes service request to traditional application management platform, and traditional application management platform is according to demand for services and method of calling, and user's service request is separately converted to provides center and peripheral server service request to content server, cloud service;
4b2) traditional application management platform provides the service of center and peripheral server requests to content server, cloud service;
4b3) content server, cloud service provide the center and peripheral server to return service response to traditional application management platform;
4c) service colligate
Tradition application management platform roundup content server, cloud service provide the service response of center and peripheral server, for the user provides needed service.
Process 5: the user obtains service by visit Internet of Things application management platform.
With reference to Fig. 6, the user is as follows by the process that visit Internet of Things application management platform obtains service:
5a) service search and service order
5a1) Internet of Things application management platform proposes the service-seeking request to LIST SERVER;
5a2) LIST SERVER returns the inquiry service tabulation to Internet of Things application management platform;
5a3) Internet of Things application management platform is ordered the service of the Internet of Things application that institute will provide to the user to LIST SERVER;
After 5a4) ordering successfully, LIST SERVER returns ordered service call mode for Internet of Things application management platform;
5b) service call
5b1) user proposes service request to Internet of Things application management platform, Internet of Things application management platform is separately converted to user's service request the service request that content server, cloud service is provided the center and peripheral server according to mission requirements and service method of calling;
5b2) Internet of Things application management platform provides the service of center and peripheral server requests to content server, cloud service;
5b3) content server, cloud service provide the center and peripheral server to return service response to traditional application management platform;
5c) service colligate
Internet of Things application management platform roundup content server, cloud service provide the service response of center and peripheral server, for the user provides needed service.
Process 6: the user provides door to obtain service by visiting unified business.
With reference to Fig. 7, the user is as follows by the process of visiting unified business and providing door to obtain service:
6a) service search
6a1) user provides door to propose the service-seeking request to unified business;
6a2) according to the user inquiring request, unified business provides door to the LIST SERVER inquiry service;
6a3) LIST SERVER provides door to return the inquiry service tabulation for unified business;
6a4) unifying business provides door to return the inquiry service tabulation to the user;
6b) service call
6b1) user provides door to provide center, Edge Server, Internet of Things application management platform and traditional application management platform to carry out service request to content server, cloud service according to the inquiry service tabulation of obtaining by unified business;
6b2) content server, cloud service provide center, Edge Server, Internet of Things application management platform and traditional application management platform to provide door to return service response to unified business;
6c) service colligate
The service response that unified business provides door roundup content server, cloud service that center, Edge Server, Internet of Things application management platform and traditional application management platform are provided is for the user provides needed service.
Process 7: the user obtains service by the visit Edge Server.
With reference to Fig. 8, the user is as follows by the process that the visit Edge Server obtains service:
7a) the service that provides to the server lookup Edge Server in advance of user;
7b) user orders the service that the Edge Server of response provides in advance;
7c) during service call, the user directly sends request to the Edge Server of region;
7d) Edge Server is according to service request, for the user provides needed service.
Claims (7)
1. Internet of Things operation system comprises:
Internet-of-things terminal equipment supplier: be used to the sensing network service provider that internet-of-things terminal equipment is provided;
The sensing network service provider: dispose the terminal equipment that the internet-of-things terminal equipment supplier provides, carry out the monitoring of information, and each terminal equipment is linked to be network, content supplier provides information gathering and transmission for the Internet of Things monitoring;
Internet of Things monitoring content supplier: by the information that the sensing network service provider the is provided processing of classifying, for network service and equipment supplier provide environmental monitoring, health monitoring and Traffic monitoring content information;
Conventional the Internet service provider: dispose the traditional services management platform, the calculating, the storage resources that utilize monitoring content information that Internet of Things monitoring content supplier provides and cloud computing service provider to provide provide the conventional the Internet service of ecommerce, business website for the user;
Internet of Things service provider: dispose the Internet of Things service management platform, the calculating, the storage resources that utilize monitoring content information that Internet of Things monitoring content supplier provides and cloud computing service provider to provide provide the Internet of Things service of electron medical treatment, industrial monitoring and family's security protection for the user;
Service combination and unified business provide door: statistical disposition is carried out in the service that conventional the Internet service provider and Internet of Things service provider provide, searched, locate and obtain service for the user provides;
Network service and equipment supplier: by disposing LIST SERVER, content server and Edge Server, realization and cloud computing service provider, conventional the Internet service provider, Internet of Things service provider, unified business provide the interconnected and information interaction between door and the user;
The cloud computing service provider: dispose cloud service the center is provided, making up and unify business for conventional the Internet service provider, Internet of Things service provider and service provides door, and storage, calculating, software and infrastructure resources are provided;
Described Internet of Things sensing network provider, monitoring content supplier, network service and equipment supplier, cloud computing service provider, conventional the Internet service provider, Internet of Things service provider and service combination and unified business provide door, adopt wired mode to finish mutual cooperation; Described internet-of-things terminal equipment supplier utilizes wireless mode to gather monitoring information.
2. Internet of Things operation system according to claim 1, wherein internet-of-things terminal equipment comprises sound, light, the heat of monitoring in WSN, RFID, the ZigBee network, connection, interactive object, the equipment of positional information, these monitoring of equipment relevant informations, and carry out dependent instruction.
3. an Internet of Things operation system provides service method to the user, and concrete steps are as follows:
3a) LIST SERVER respectively with other server interactions, carry out the management of service content:
3a1) LIST SERVER respectively with other server interactions, carry out the registration of service content:
LIST SERVER and content server are mutual, realize content server to LIST SERVER register its data that can provide;
LIST SERVER and cloud service provide the center mutual, realize cloud service provide in mind-set LIST SERVER Register the services such as calculating, storage that can provide;
LIST SERVER and Edge Server are mutual, and the realization Edge Server is registered its perception information that can provide and real-time application service to LIST SERVER;
LIST SERVER and Internet of Things application management platform are mutual, and realization Internet of Things application management platform is registered the Internet of Things service that it can provide to LIST SERVER;
LIST SERVER and traditional application management platform are mutual, realize that traditional application management platform registers the service that it can provide to LIST SERVER;
LIST SERVER provides door mutual with unified business, realizes that unified business provides door to register the service that it can provide to LIST SERVER;
3a2) LIST SERVER comprehensive service information, service such as provide service search, location, order, obtain:
LIST SERVER roundup content server, cloud service provide the service registry information of center, Edge Server, Internet of Things application management platform, traditional application management platform, service search, location are provided, order, obtain service.This service registry information comprises: COS, service describing, service ordering mode, service call address and service call binding mode.
3b) user is according to needed service content, and the query directory server is selected the access mode of service:
If the service content that the user needs belongs to conventional the Internet service, then the user obtains service by visiting traditional application management platform;
If the service content that the user needs belongs to the Internet of Things service, then the user obtains service by visit Internet of Things application management platform;
If the service content that the user needs belongs to the real-time service, then the user obtains service by Edge Server;
If the service content that the user needs belongs to COS the unknown, then the user provides door to obtain service by unified business;
3c) accessed traditional application management platform, Internet of Things application management platform, Edge Server and unified business provide door, and the result user's required service returns to the user.
4. Internet of Things operation system according to claim 3 provides service method to the user, wherein step 3b) described in the user obtain service by visiting traditional application management platform, carry out as follows:
4a) service search and service order:
4a1) traditional internet application management platform proposes the service-seeking request to LIST SERVER;
4a2) LIST SERVER returns the inquiry service tabulation to traditional application platform;
4a3) traditional application management platform is ordered needed service to LIST SERVER;
After 4a4) ordering successfully, LIST SERVER returns ordered service call mode for traditional application management platform;
4b) service call:
4b1) user proposes service request to traditional application management platform, and traditional application management platform is according to demand for services and method of calling, and user's service request is separately converted to provides center and peripheral server service request to content server, cloud service;
4b2) traditional application management platform provides the service of center and peripheral server requests to content server, cloud service;
4b3) content server, cloud service provide the center and peripheral server to return service response to traditional application management platform;
4c) service colligate:
Tradition application management platform roundup content server, cloud service provide the service response of center and peripheral server, for the user provides needed service;
5. Internet of Things operation system according to claim 3 provides service method to the user, wherein step 3b) described in the user obtain service by visit Internet of Things application management platform, carry out as follows:
5a) service search and service order:
5a1) Internet of Things application management platform proposes the service-seeking request to LIST SERVER;
5a2) LIST SERVER returns the inquiry service tabulation to Internet of Things application management platform;
5a3) Internet of Things application management platform is ordered the service of the Internet of Things application that institute will provide to the user to LIST SERVER;
After 5a4) ordering successfully, LIST SERVER returns ordered service call mode for Internet of Things application management platform;
5b) service call:
5b1) user proposes service request to Internet of Things application management platform, Internet of Things application management platform is separately converted to user's service request the service request that content server, cloud service is provided the center and peripheral server according to mission requirements and service method of calling;
5b2) Internet of Things application management platform provides the service of center and peripheral server requests to content server, cloud service;
5b3) content server, cloud service provide the center and peripheral server to return service response to traditional application management platform;
5c) service colligate:
Internet of Things application management platform roundup content server, cloud service provide the service response of center and peripheral server, for the user provides needed service.
6. Internet of Things operation system according to claim 3 provides service method to the user, wherein step 3b) described in the user provide door to obtain service by visiting unified business, carry out as follows:
6a) service search:
6a1) user provides door to propose the service-seeking request to unified business;
6a2) according to the user inquiring request, unified business provides door to the LIST SERVER inquiry service;
6a3) LIST SERVER provides door to return the inquiry service tabulation for unified business;
6a4) unifying business provides door to return the inquiry service tabulation to the user;
6b) service call:
6b1) user provides door to provide center, Edge Server, Internet of Things application management platform and traditional application management platform to carry out service request to content server, cloud service according to the inquiry service tabulation of obtaining by unified business;
6b2) content server, cloud service provide center, Edge Server, Internet of Things application management platform and traditional application management platform to provide door to return service response to unified business;
6c) service colligate:
The service response that unified business provides door roundup content server, cloud service that center, Edge Server, Internet of Things application management platform and traditional application management platform are provided is for the user provides needed service.
7. Internet of Things operation system according to claim 3 provides service method to the user, wherein step 3b) described in the user obtain service by Edge Server, carry out as follows:
7a) the service that provides to the server lookup Edge Server in advance of user;
7b) user orders the service that the Edge Server of response provides in advance;
7c) during service call, the user directly sends request to the Edge Server of region;
7d) Edge Server is according to service request, for the user provides needed service.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110001954 CN102111443B (en) | 2011-01-06 | 2011-01-06 | Internet of things (IOT) operation system and method for providing services for user |
| PCT/CN2011/081608 WO2012092794A1 (en) | 2011-01-06 | 2011-11-01 | Operating system for internet of things and method for providing service to user |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110001954 CN102111443B (en) | 2011-01-06 | 2011-01-06 | Internet of things (IOT) operation system and method for providing services for user |
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| Publication Number | Publication Date |
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| CN102111443A true CN102111443A (en) | 2011-06-29 |
| CN102111443B CN102111443B (en) | 2013-04-03 |
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| CN 201110001954 Expired - Fee Related CN102111443B (en) | 2011-01-06 | 2011-01-06 | Internet of things (IOT) operation system and method for providing services for user |
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| WO (1) | WO2012092794A1 (en) |
Cited By (24)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102291280A (en) * | 2011-08-19 | 2011-12-21 | 深圳市合广测控技术有限公司 | Intelligent measuring and controlling Internet of things platform based on cloud computing and measuring and controlling method thereof |
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| WO2012092794A1 (en) * | 2011-01-06 | 2012-07-12 | 西安电子科技大学 | Operating system for internet of things and method for providing service to user |
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| WO2012092794A1 (en) | 2012-07-12 |
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