CN102291280A - Intelligent measuring and controlling Internet of things platform based on cloud computing and measuring and controlling method thereof - Google Patents
Intelligent measuring and controlling Internet of things platform based on cloud computing and measuring and controlling method thereof Download PDFInfo
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Abstract
The invention discloses an intelligent measuring and controlling Internet of things platform based on cloud computing. The intelligent measuring and controlling Internet of things platform comprises a resource layer, a service system and a service interface of an SOA (Service-Oriented Architecture), wherein the service system is used for managing the resource layer; and the service interface is provided for a user terminal in a WebServices mode. According to the invention, a general, inter-trade and trans-regional information platform is provided for a customer needing to perform various monitoring services, and complex work such as construction of a monitoring center, model selection and maintenance of software and hardware systems, planning of network transmission, continuous perfect updating of network security and the like is not required. The intelligent measuring and controlling Internet of things platform is applied to intelligent households, including household burglary prevention, video intercom, video monitoring, lamplight control and regulation, electrical appliance control, future household health care, future household robots and the like, and is applied to industrial users, including machine room monitoring, environmental monitoring, landscape illuminating monitoring, elevator running monitoring, hydrology and water conservancy monitoring, agricultural irrigation monitoring, warehousing and transport monitoring, urban pipe network monitoring, store burglary prevention and large interconnected platforms of other monitoring systems.
Description
Technical field
The present invention relates to investigating method, particularly based on the platform construction and the investigating method of the Internet of Things of cloud computing.
Background technology
Traditional user is a self-built cover system, adopts external expensive monitoring software construction industrial monitoring system independently one by one, own maintenance management, its operation cost height, and, owing to the cost reason, system's construction is imperfection very also, repeated construction, waste resource.
Summary of the invention
The invention provides a kind of Internet of Things intelligent monitoring Internet of Things platform, adopt the cloud computing pattern, set up the cloud resource pool, solve the technical problem of system's construction imperfection, repetition and waste in the prior art based on cloud computing.
The present invention is for this Internet of Things intelligent monitoring Internet of Things platform based on cloud computing that provides is provided, and the service system that comprises resource layer, resource layer is managed, offers the service interface of the SOA Service-Oriented Architecture Based of user terminal by Web Services mode; Described resource layer comprises computer based computational resource pond, based on the Internet resources pond of the memory resource pool of memory, equipment Network Based, based on the data of database resource pool and based on the software resource pond of software; Described service system comprises resource management module, task management module, user management module and safety management module.Described resource management module comprises load balancing module, fault detection module, fault recovery module and monitors statistical module; Described task management module comprises image deployment and administration module, task scheduling modules, task execution module and life management module; Described user management module comprises number of the account administration module, user environment configuration module, user interactions administration module and accounting management module; Described safety management module comprises authentication module, access authorization module, integrated protection module and security audit module.Described resource layer also comprises the on-site data gathering module, and this on-site data gathering module is by the network insertion service system.
The present invention is based on the intelligent monitoring Internet of Things platform of cloud computing, be mainly the client that need carry out all kinds of monitoring business provide one general, inter-trade, trans-regional information platform, the client only need pay the monthly rent service fee can obtain a specialty, monitor message service reliably, and do not need to carry out again the construction of Surveillance center, the type selecting of software and hardware system, safeguard, the planning of Network Transmission, loaded down with trivial details work such as the constantly perfect upgrading of network security only need provide the object that needs monitoring, content, corresponding information such as quantity can be monitored and manage by the Internet easily.Observing and controlling Internet of Things platform is at domestic consumer and industry user, the domestic consumer mainly is a Smart Home, realization comprises home security, video intercom, video monitor, light regulating and controlling, electrical equipment control, and family health care from now on, domestic robot or the like are used.At the industry user mainly is to solve various information acquisition management such as industrial data collection and video monitoring to use, such as having: the platform of the monitoring of center monitoring, environment, Landscape Lighting monitoring, elevator operational monitoring, the monitoring of hydrology water conservancy, agricultural pouring monitoring, storage transportation monitoring, urban pipe network monitoring, shop anti-thefting monitoring and the big networking of other supervisory control systems.
Description of drawings
Fig. 1 is the structural representation that the present invention is based on the intelligent monitoring Internet of Things platform of cloud computing.Fig. 2 is the schematic diagram that user interactions interface of the present invention connects.Fig. 3 is a user terminal access implementation schematic diagram of the present invention.Fig. 4 is that the present invention is applied to the schematic diagram in the actual observing and controlling work.Fig. 5 is one of schematic diagram of client device of the present invention.Fig. 6 be client device of the present invention schematic diagram two.
Embodiment
In conjunction with above-mentioned description of drawings specific embodiments of the invention.
By among Fig. 1 and Fig. 2 as can be known, this intelligent monitoring Internet of Things platform based on cloud computing comprises resource layer, the service system that resource layer is managed and the service interface that offers the SOA Service-Oriented Architecture Based of user terminal by Web Services mode; Described resource layer comprises computer based computational resource pond, based on the Internet resources pond of the memory resource pool of memory, equipment Network Based, based on the data of database resource pool and based on the software resource pond of software; Described service system comprises resource management module, task management module, user management module and safety management module.Described resource management module comprises load balancing module, fault detection module, fault recovery module and monitors statistical module; Described task management module comprises image deployment and administration module, task scheduling modules, task execution module and life management module; Described user management module comprises number of the account administration module, user environment configuration module, user interactions administration module and accounting management module; Described safety management module comprises authentication module, access authorization module, integrated protection module and security audit module.Described resource layer also comprises the on-site data gathering module, and this on-site data gathering module is by the network insertion service system.The present invention becomes a large-scale cluster to various resource constructions, on-the-spot cloud resource pool, the groundwork of cloud facility is exactly to be responsible for load balancing, and for the every resource of the dynamic distribution of user's needs, in order to distribute every functional resources, need a resource distribution instrument to realize, monitor statistics for the scheduling that realizes dynamic resource also needs to monitor in real time every resource pool, service system realizes the integrated management and the scheduling of a resource pool in fact.The investigating method of native system comprises: at first make up networked platforms, service system provides interactivity very strong rich client technology for user terminal, and the notion of " richness " comprises two aspects, is meant that respectively it possesses abundant user interface and rich data model.Rich client model with the interface resolve into many not only can be with the user the directly mutual but also junior unit module that can communicate with server.This design with application program is that the transformation at center will make the design of client layer rise to a new level from being that the center transfers to the assembly with the relatively independent one by one page, and can make client layer become more flexible.Rich client layer no longer becomes the terminal of server response, and what the user used feels to just look like that program does not need to communicate with server or just just need once in a while to communicate, and the performance of program is improved.Concrete steps of the present invention are: user terminal can send service request to service system, the safety management module identifying user identity of service system; The user management module of service system is carried out user account management monitoring; Task management module booting user terminal access resource layer, and carry out task scheduling according to the offered load situation.Networked platforms of the present invention is then overturned traditional networking model, under the network environment of an opening, make up the commercial operation platform of an Internet of Things, platform provides computer, memory, the network facilities, database and software, standard user's interactive interface is provided, except the wire transmission network inserts, also support wireless mobile Internet to insert all sidedly.SOA among the present invention makes up the service that is intended for, and it makes up layer and has comprised service interface, service registry, service search, service access and services stream or the like.
User terminal need use before this service system, and user terminal will be registered earlier, to send register requirement to service system earlier, and provides log-on message by the service system requirement; Service system is authorized access rights after the log-on message of user terminal is confirmed; And the user terminal of registration can be the calling party in the local area network (LAN), also can be the outer calling party of local area network (LAN), demonstrates fully the characteristics of open service.
As shown in Figure 3, in the process of service system of the present invention to the resource layer management, the resource management module of service system carries out the load balancing management to resource layer, and the configuration information employing redundancy backup to directory information and user adopts many networkings node to connect to each resource pool in the resource layer.The know-why that file system of the present invention realizes, catalogue and configuration node (operation centre) are Single Point of Faliures, preserve the directory information of whole platform and user's configuration information, adopt redundancy scheme to backup each other, a lot of data processing nodes (data center) and a lot of client are arranged in the framework, data center has kept real time data and historical data, log on the operation management node in the time of the client-access data before this and obtained the back end information at desired data place, and then by an other network path visit data node, the real visit of user is data center like this, catalogue and configuration host node are to be a bottleneck outwardly, in application, can not become real bottleneck, because the flow of user capture host node is suitable little, real data traffic is on the back end of user capture, and back end is to be dispersed on numerous data center servers, the same data, services C in the back end
0-C
nOn a plurality of back end, all exist.
By Fig. 4 to Fig. 6 as can be known, OSS (as shown in Figure 3) is the basis of realizing supervisory control system Internet of Things service operation, mainly is divided into four levels: application/service, operation management, access network, field data stream.Described resource layer comprises further that also being arranged on the client specifies on-the-spot on-site data gathering system, and user terminal sends service request and comprises that asking for the client specifies on-the-spot data, and this field data comprises the image scene data or/and site environment information.Described on-site data gathering system comprises subscriber terminal equipments such as transducer, data acquisition unit, web camera, security protection main frame, intelligent lighting module or intelligent control module, above-mentioned peripheral apparatus all defines by the unified interface stipulations, thereby can be apace insert networked platforms, and be unique address setting in the whole world by intelligent gateway.Monitor the information of each terminal equipment in real time and send to networked platforms by intelligent gateway, can initiatively alarm to the user in case the situation server occurs.
Above content be in conjunction with concrete preferred implementation to further describing that the present invention did, can not assert that concrete enforcement of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. intelligent monitoring Internet of Things platform based on cloud computing is characterized in that: the service system that this platform comprises resource layer, manage resource layer, offer the service interface of the SOA Service-Oriented Architecture Based of user terminal by Web Services mode; Described resource layer comprises computer based computational resource pond, based on the Internet resources pond of the memory resource pool of memory, equipment Network Based, based on the data of database resource pool and based on the software resource pond of software; Described service system comprises resource management module, task management module, user management module and safety management module.
2. Internet of Things platform according to claim 1 is characterized in that: described resource management module comprises load balancing module, fault detection module, fault recovery module and monitors statistical module; Described task management module comprises image deployment and administration module, task scheduling modules, task execution module and life management module; Described user management module comprises number of the account administration module, user environment configuration module, user interactions administration module and accounting management module; Described safety management module comprises authentication module, access authorization module, integrated protection module and security audit module.
3. Internet of Things platform according to claim 1 is characterized in that: described resource layer also comprises the on-site data gathering module, and this on-site data gathering module is by the network insertion service system.
4. investigating method based on each described intelligent monitoring Internet of Things platform based on cloud computing in the claim 1 to 3, this investigating method may further comprise the steps: A. makes up the Internet of Things platform of the service interface of service system that comprises resource layer, resource layer is managed and the SOA Service-Oriented Architecture Based that offers user terminal by Web Services mode; B. send service request by user terminal to service system, the safety management module identifying user identity of service system; C. the user management module of service system is carried out user account management monitoring; D. task management module booting user terminal access resource layer, and carry out task scheduling according to the offered load situation.
5. investigating method according to claim 4 is characterized in that: step B also comprises step by step following: the B1. user terminal at first sends register requirement to service system, and provides log-on message by the service system requirement; B2. after service system is confirmed the log-on message of user terminal, access rights are authorized; B3. user terminal sends service request to service system.
6. investigating method according to claim 5 is characterized in that: user terminal comprises calling party or the outer calling party of local area network (LAN) in the local area network (LAN) among the step B1.
7. according to claim 4 or 5 described investigating methods, it is characterized in that: in the steps A in the process of service system to resource layer management, the resource management module of service system carries out the load balancing management to resource layer, configuration information to directory information and user adopts redundancy backup, adopts many networkings node to connect to each resource pool in the resource layer.
8. according to each described investigating method in the claim 4 to 6, it is characterized in that: the resource layer in the steps A comprises further that also being arranged on the client specifies on-the-spot on-site data gathering system, and this on-site data gathering system gets in touch networked platforms by intelligent gateway; User terminal sends service request and comprises that asking for the client specifies on-the-spot data among the step B, and this field data comprises the image scene data or/and site environment information.
9. according to each described investigating method in the claim 4 to 6, it is characterized in that: service system provides interactivity very strong rich client technology for user terminal among the step B.
10. investigating method according to claim 8 is characterized in that: described on-site data gathering system comprises transducer, data acquisition unit, web camera, security protection main frame, intelligent lighting module or intelligent control module.
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