CN112187836A - Smart city network supervision method and system - Google Patents
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Abstract
The invention discloses a smart city network supervision method, which is characterized in that a service A network and a supervision network are established based on an Internet of things structure; the supervision network comprises a supervision user platform, a supervision service platform, a supervision management platform, a supervision sensing network platform and a supervision object platform which are sequentially interacted; and taking the service A network as a supervision object platform, and supervising the service A network under the authorization of a supervision user platform by the supervision network. The invention also discloses a smart city network monitoring system. The smart city network supervision method and the smart city network supervision system realize the supervision of the service under the existing Internet of things architecture, and when the supervision user platform faces disputes with the service A network, the problem of difficulty in testifying can be relieved to a great extent, so that the user experience of the supervision user platform is improved, the supervision service A network of the supervision network is actually formed, and the user platform supervises the supervision network to form a complete supervision chain.
Description
Technical Field
The invention relates to the technical field of smart city Internet of things, in particular to a smart city network supervision method and system.
Background
Smart City (english: Smart City) refers to a technology that makes use of various information technologies or innovative concepts to open and integrate the system and service of a City to improve the efficiency of resource utilization, optimize City management and service, and improve the quality of life of citizens. The smart city is a city informationized advanced form which fully applies a new generation of information technology to various industries in the city based on the next generation innovation (innovation 2.0) of the knowledge society, realizes the deep integration of informatization, industrialization and urbanization, is beneficial to relieving the large urban diseases, improving the urbanization quality, realizing the fine and dynamic management, improving the urban management effect and improving the quality of life of citizens. The specific definition of the smart city is relatively wide, and the definition which is widely accepted internationally at present is that the smart city is a new city form under the environment of new generation information technology support and knowledge society next generation innovation (innovation 2.0), emphasizes that the smart city is not only the application of the new generation information technology such as internet of things and cloud computing, and more importantly, the city sustainable innovation ecology characterized by user innovation, open innovation, public innovation and collaborative innovation is constructed through the knowledge society-oriented innovation 2.0 methodology application.
The technology of the internet of things belongs to one of the most important technologies in smart cities, and in the internet of things managed by a cloud platform, a cloud platform operator performs information interaction with a user to obtain a large amount of user data, and transmits required information to the user through a network to obtain a profit. The open sharing of information entails the problem of information protection. The method is restricted by conditions such as cloud platform operator terminal equipment, communication modes, network application scenes and the like, and in the process, a large amount of risks exist, such as whether information data sources required by users are legally authorized and documented; whether the information content obtained by the user is stolen, hijacked, tampered and damaged or not; whether the service cost provided by the cloud platform operator by using the information resources is reasonable and legal or not, and the like. The masses also have a lot of worry about the problems of self information safety, cloud data storage, privacy protection and the like when obtaining the cloud platform information service, and the closed information protection can increase the difficulty of cloud platform data sharing and is not beneficial to realizing the information requirements of the internet of things users managed by the cloud platform.
Disclosure of Invention
The invention aims to solve the technical problem that a smart city Internet of things architecture system in the prior art is lack of a perfect supervision system and a perfect supervision method, and aims to provide a smart city network supervision method and a smart city network supervision system to solve the problems.
The invention is realized by the following technical scheme:
the smart city network supervision method comprises the steps of establishing a service A network and a supervision network based on an Internet of things structure; the Internet of things structure comprises a user platform, a service platform, a management platform, a sensing network platform and an object platform which are sequentially interacted; the service A network provides service for users in the service A network; the supervision network comprises a supervision user platform, a supervision service platform, a supervision management platform, a supervision sensing network platform and a supervision object platform which are sequentially interacted; and taking the service A network as a supervision object platform, and supervising the service A network under the authorization of a supervision user platform by the supervision network.
In the prior art, an architecture of the internet of things is provided in multiple patents such as Chinese patent CN201510795175.0 of science and technology corporation of Chengxuan internet of things, and an inventor conducts creative design on a supervision system of a smart city based on the technologies.
When the method is applied, firstly, a business A network and a supervision network are established based on an Internet of things structure, wherein the Internet of things structure is the design made by the aforementioned patent, and functions and working processes in each part of the structure are the prior art, so that the method is not repeated; the service A network and the supervision network are characterized in that a supervision user platform and the service A network which are aimed at by the supervision network are different, the mode is generally matched with a mode that a service main body such as a smart campus, a factory Internet of things and the like is a specific group, and is not a mode of people crowds, namely people on the supervision user platform are directly supervised by the supervision network as users, and in the service A network, the users are not people, but individual people with specific requirements or groups consisting of a plurality of people with specific requirements. These particular persons or groups cannot represent the general population of people.
For example, when the business a network is based on a smart campus, users of the business a network are all students in the campus, the students are used as specific groups and enjoy smart services provided by the business a network, and the business a network can provide services such as smart attendance, family-school intercommunication and smart teaching for the student users; for these services provided by the service a network, the regulatory network that generally supervises the service a network at this level should be a government-dominated platform, since there is a lot of sensitive information concerning its users, and data should not flow into other regulatory departments than the government before it is desensitized; similarly, when the service A network is supervised by the supervision network, authorization of the supervision user platform needs to be obtained.
Further, a service A service platform, a service A management platform, a service A sensing network platform, a service A object platform and a service A user platform of the service A network are used as supervision object platforms of a supervision network; the supervision sensing network platform acquires supervision data in a supervision object platform and interacts the supervision data to the supervision management platform; the supervision management platform carries out comprehensive overall management on the whole supervision network and provides perception control service for the supervision user platform through the supervision service platform according to the supervision data.
When the method is applied, the service A network needs to be supervised, the user of the service A network is different from the user of the supervision network, but the service A network and the user of the supervision network are in contact through other Internet of things, so that the supervision network needs to supervise all contents contained in the service A network, a supervision sensing network platform of the supervision network can directly call the data of the service A network, and a supervision user platform can consult supervision contents and supervision processes through the supervision network.
In the invention, the supervision user platform is used as a service object of the supervision network, the whole service process can be understood as that the supervision user platform receives services of other internet of things, an object group formed after the services are obtained receives the services of the business A network, and meanwhile, the supervision user platform receives the supervision services of the supervision network.
The service A network comprises a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform and a service A object platform, and is applied to practice, when the service A network provides service for an intelligent campus, the service A management platform is equivalent to a service provider of the service, such as a network video provider, a management system provider and the like, which directly provides service for the service A user platform, and the service A service platform is equivalent to a platform or a network facility for providing public service, such as a service network of an operator; the service A sensing network platform is equivalent to a way for the service management platform to acquire service object platform information, and generally comprises a communication network, a communication gateway and the like; the business A object platform is equivalent to a basic provider of the service, such as student information, course information and the like. The service A user platform, the service A service platform, the service A management platform, the service A sensing network platform and the service A object platform are used as the supervision object platform of the supervision network, so that the supervision network can carry out comprehensive supervision on the service A network.
Further, the acquiring, by the supervision sensing network platform, supervision data in the supervision object platform includes:
the supervision sensing network platform acquires data through interaction with a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform and/or a service A object platform;
the supervision sensing network platform acquires supervision data in the information acquisition behavior of the service A user platform and/or transmits control information issued by the supervision management platform to the supervision object platform; (ii) a
The supervision sensing network platform acquires supervision data in service information and information sources of the service A service platform;
the supervision sensing network platform acquires supervision data in the management information and the operation information of the service A management platform;
the supervision sensing network platform acquires supervision data in the information transmission service of the service A sensing network platform;
and the supervision sensing network platform acquires supervision data from the data provided by the service A object platform.
When the method is applied, the means for the supervision and sensing network platform to acquire the service A network data mainly comprises five aspects: data interaction on a service A user platform, data interaction on a service A service platform, data interaction on a service A management platform, data interaction on a service A sensing network platform and data interaction on a service A object platform; these may be operated independently of one another or may interact with one another.
Further, a business B network is established based on the structure of the Internet of things; the service B network comprises a service B user platform, a service B service platform, a service B management platform, a service B sensing network platform and a service B object platform which are sequentially communicated and interacted; taking the supervision user platform as a service B user platform, and taking a service A user platform as a service B object platform; and the service B management platform acquires data from the service B object platform through the service B sensing network platform and provides service for the service B user platform through the service B service platform.
When the intelligent traffic monitoring system is applied, in order to further explain the process that the business A user platform and the supervision user platform directly establish contact through the Internet of things, when the business A network provides services for students in the intelligent campus, the students participate in social activities, for example, road condition and pedestrian flow information is provided for the outgoing of vast people after participating in the intelligent traffic network in the intelligent city, and the students become object platforms in the intelligent traffic; the service B network can be regarded as an intelligent traffic network body, a user of the supervision user platform forms a specific object group through the service B network, and then the specific object group, namely the service B object platform, is used as a service A user platform in the service A network to receive the service of the service A network; in actual use, the service B network itself can also be supervised by the supervisory network, but since the user objects of the service B network and the supervisory network are consistent, the supervision mode is different from the mode described in the present invention. The service A network provides service for the service B network, and the service B network provides service for people, so in the specific structure of the invention, the service A network is equivalent to indirectly providing service for people, and the monitoring network monitors the service A network under the authorization of people; similarly, the business A network can finally provide indirect service for people through a layer-by-layer progressive mode of a plurality of internet of things, and the multilayer internet of things can also be monitored through a monitoring network, so that the monitoring of the monitoring network on the whole smart city is realized.
Wisdom city network supervisory systems includes: service a network: the system is used for providing business service for users; monitoring the network: the system is used for supervising the service of the service A network; the business A network and the supervision network are established based on an Internet of things structure, and the Internet of things structure comprises a user platform, a service platform, a management platform, a sensing network platform and an object platform which are sequentially interacted; the supervision network comprises a supervision user platform, a supervision service platform, a supervision management platform, a supervision sensing network platform and a supervision object platform which are sequentially interacted; and taking the service A network as a supervision object platform, and supervising the service A network under the authorization of a supervision user platform by the supervision network.
Further, in the monitoring network: a supervision user platform: receiving the service of a monitoring network; the supervision service platform comprises: for providing administrative services to user platforms; a supervision management platform: the system is used for carrying out comprehensive overall management on the whole monitoring network; a supervision object platform: the monitoring system is used for receiving the monitoring of the monitoring network; the supervision sensing network platform comprises: the system comprises a supervision management platform, a supervision object platform and a supervision management platform, wherein the supervision management platform is used for acquiring supervision data in the supervision object platform and interacting the supervision data to the supervision management platform; and the service A network is used as a supervision object platform of a supervision network, and the supervision management platform provides perception control service for a user platform through a supervision service platform according to the supervision data.
Further, the service A network comprises a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform and a service A object platform; the service A user platform, the service A service platform, the service A management platform, the service A sensing network platform and the service A object platform are sequentially communicated and interacted; the service A user platform, the service A service platform, the service A management platform, the service A sensing network platform and the service A object platform are used as supervision object platforms of a supervision network; the method for acquiring the supervision data in the supervision object platform by the supervision sensing network platform comprises the following steps: the supervision sensing network platform acquires data through interaction with a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform or a service A object platform; the service A network adopts the Internet of things managed by a cloud platform;
the supervision sensing network platform acquires data through interaction with a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform or a service A object platform;
the supervision sensing network platform acquires supervision data in the information acquisition behavior of the service A user platform and/or transmits control information issued by the supervision management platform to the supervision object platform; (ii) a
The supervision sensing network platform acquires supervision data in service information and information sources of the service A service platform;
the supervision sensing network platform acquires supervision data in the management information and the operation information of the service A management platform;
the supervision sensing network platform acquires supervision data in the information transmission service of the service A sensing network platform;
and the supervision sensing network platform acquires supervision data from the data provided by the service A object platform.
Further, a business B network is established based on the structure of the Internet of things; the service B network comprises a service B user platform, a service B service platform, a service B management platform, a service B sensing network platform and a service B object platform which are sequentially communicated and interacted; taking the supervision user platform as a service B user platform, and taking a service A user platform as a service B object platform; and the service B management platform acquires data from the service B object platform through the service B sensing network platform and provides service for the service B user platform through the service B service platform.
Furthermore, the supervision service platform, the supervision management platform, the supervision sensing network platform and the supervision object platform comprise a plurality of sub-platforms; the type of the sub-platform corresponds to the type of the service A network; when the service A network needs to be supervised, the supervision network selects the sub-platform matched with the service A network to supervise the service A network.
When the method is applied, in actual use, the supervision network needs to set the supervision service platform, the supervision management platform, the supervision sensing network platform and the supervision object platform as a plurality of sub-platforms so as to supervise different types of service A networks, and for one type of service A network, the sub-platform matched with the service A network needs to be selected according to the type of the service A network so as to monitor the service A network, so that in actual use, the method can be understood that monitoring of a plurality of service A networks can be met by only one supervision network.
Further, one or more platforms in the service a network or/and the monitoring network may be a cloud platform.
Compared with the prior art, the invention has the following advantages and beneficial effects:
according to the smart city network supervision method and system, the business A network provides business services for users, and the supervision network can supervise the businesses under the authorization of the supervision user platform in the process of carrying out the business services, so that the supervision of the businesses under the existing Internet of things architecture is realized, and when the supervision user platform faces disputes with the business A network, the problem of difficulty in testifying can be relieved to a great extent, and the user experience of the supervision user platform is improved.
Drawings
The accompanying drawings, which are included to provide a further understanding of the embodiments of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:
FIG. 1 is a schematic diagram of the system of the present invention;
FIG. 2 is a system diagram according to an embodiment of the present invention;
FIG. 3 is a system diagram according to an embodiment of the present invention;
FIG. 4 is a system diagram according to an embodiment of the present invention;
FIG. 5 is a system diagram according to an embodiment of the present invention;
FIG. 6 is a system diagram according to an embodiment of the present invention;
FIG. 7 is a system diagram according to an embodiment of the present invention;
FIG. 8 is a block diagram of a sub-platform system according to an embodiment of the present invention;
fig. 9 is a schematic diagram of a system structure interacting through a service B network according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to examples and accompanying drawings, and the exemplary embodiments and descriptions thereof are only used for explaining the present invention and are not meant to limit the present invention.
Examples
As shown in fig. 1, in the smart city network supervision method of the present invention, a service a network and a supervision network are established based on the internet of things structure; the Internet of things structure comprises a user platform, a service platform, a management platform, a sensing network platform and an object platform which are sequentially interacted; the service A network provides service for users in the service A network; the supervision network comprises a supervision user platform, a supervision service platform, a supervision management platform, a supervision sensing network platform and a supervision object platform which are sequentially interacted; and taking the service A network as a supervision object platform, and supervising the service A network under the authorization of a supervision user platform by the supervision network.
In the implementation of this embodiment, a service network a and a supervision network need to be established based on an internet of things structure, where the internet of things structure is a design made by the aforementioned patent, and functions and working processes in each part of the structure are all in the prior art, so that the description is not repeated here; the service A network and the supervision network are characterized in that a supervision user platform and the service A network which are aimed at by the supervision network are different, the mode is generally matched with a mode that a service main body such as a smart campus, a factory Internet of things and the like is a specific group, and is not a mode of people crowds, namely people on the supervision user platform are directly supervised by the supervision network as users, and in the service A network, the users are not people, but individual people with specific requirements or groups consisting of a plurality of people with specific requirements. These particular persons or groups cannot represent the general population of people.
For example, when the business a network is based on a smart campus, users of the business a network are all students in the campus, the students are used as specific groups and enjoy smart services provided by the business a network, and the business a network can provide services such as smart attendance, family-school intercommunication and smart teaching for the student users; for these services provided by the service a network, the regulatory network that generally supervises the service a network at this level should be a government-dominated platform, since there is a lot of sensitive information concerning its users, and data should not flow into other regulatory departments than the government before it is desensitized; similarly, when the service A network is supervised by the supervision network, authorization of the supervision user platform needs to be obtained.
In order to further explain the working process of the embodiment, a service platform, a service a management platform, a service a sensing network platform, a service a object platform and a service a user platform of the service a network are used as supervision object platforms of a supervision network; the supervision sensing network platform acquires supervision data in a supervision object platform and interacts the supervision data to the supervision management platform; the supervision management platform carries out comprehensive overall management on the whole supervision network and provides perception control service for the supervision user platform through the supervision service platform according to the supervision data.
When the embodiment is implemented, the service A network needs to be supervised, the user of the service A network is different from the user of the supervision network, but the service A network and the user of the supervision network are in contact through other Internet of things, so that the supervision network needs to supervise all contents contained in the service A network, the supervision sensing network platform of the supervision network can directly call the data of the service A network at the moment, and the supervision user platform can consult supervision contents and supervision processes through the supervision network.
In this embodiment, the supervisory user platform serves as a service object of the supervisory network, the whole service process can be understood as that the supervisory user platform receives services of other internet of things, an object group formed after the services are obtained receives services of the service a network, and meanwhile, the supervisory user platform receives the supervisory services of the supervisory network.
The service A network comprises a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform and a service A object platform, and is applied to practice, when the service A network provides service, the service A management platform is equivalent to a service provider of the service, the service A management platform is directly provided for the service provider of the service A user platform, and the service A service platform is equivalent to a platform or a network facility for providing public service, such as a service network of an operator; the service A sensing network platform is equivalent to a way for the service management platform to acquire a service object platform, and generally comprises a communication network, a communication gateway and the like; the business a object platform then acts as the basic supplier of the service. The service A user platform, the service A service platform, the service A management platform, the service A sensing network platform and the service A object platform are used as the supervision object platform of the supervision network, so that the supervision network can carry out comprehensive supervision on the service A network.
To further illustrate the working process of this embodiment, the acquiring, by the monitoring and sensing network platform, the monitoring data in the monitored object platform includes: the supervision sensing network platform acquires data through interaction with a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform or a service A object platform;
the supervision sensing network platform acquires supervision data in the information acquisition behavior of the service A user platform;
the supervision sensing network platform acquires supervision data in the transmission information and operation behavior of the service A service platform;
the supervision sensing network platform acquires supervision data in the service content, the information content and the information source of the service A management platform;
the supervision sensing network platform acquires supervision data in the information source data transmission service of the service A sensing network platform;
and the supervision sensing network platform acquires supervision data from the data provided by the service A object platform.
In this embodiment, the means for acquiring the service a network data by the monitoring and sensing network platform mainly includes five: data interaction on a service A user platform, data interaction on a service A service platform, data interaction on a service A management platform, data interaction on a service A sensing network platform and data interaction on a service A object platform; the four can work independently of each other or can influence each other.
As shown in fig. 9, to further explain the working process of the embodiment, a service B network is established based on the internet of things structure; the service B network comprises a service B user platform, a service B service platform, a service B management platform, a service B sensing network platform and a service B object platform which are sequentially communicated and interacted; taking the supervision user platform as a service B user platform, and taking a service A user platform as a service B object platform; and the service B management platform acquires data from the service B object platform through the service B sensing network platform and provides service for the service B user platform through the service B service platform.
In the implementation of this embodiment, in order to further explain the process of establishing a connection between the service a user platform and the supervision user platform directly through the internet of things, when the service a network provides services for students in the smart campus, the students participate in social activities, for example, after participating in the smart traffic network in the smart city, road condition and pedestrian flow information is provided for the travel of the masses of people, and at this time, the students become object platforms in the smart traffic; the service B network can be regarded as an intelligent traffic network body, a user of the supervision user platform forms a specific object group through the service B network, and then the specific object group, namely the service B object platform, is used as a service A user platform in the service A network to receive the service of the service A network; in actual use, the service B network itself can also be supervised by the supervisory network, but since the user objects of the service B network and the supervisory network are consistent, the supervision mode is different from the mode described in the present invention.
This embodiment wisdom city network supervisory systems includes: service a network: the system is used for providing business service for users; monitoring the network: the system is used for supervising the service of the service A network; the business A network and the supervision network are established based on an Internet of things structure, and the Internet of things structure comprises a user platform, a service platform, a management platform, a sensing network platform and an object platform which are sequentially interacted; the supervision network comprises a supervision user platform, a supervision service platform, a supervision management platform, a supervision sensing network platform and a supervision object platform which are sequentially interacted; and taking the service A network as a supervision object platform, and supervising the service A network under the authorization of a supervision user platform by the supervision network.
To further illustrate the working process of this embodiment, in the monitoring network: a supervision user platform: receiving the service of a monitoring network; the supervision service platform comprises: for providing administrative services to user platforms; a supervision management platform: the system is used for carrying out comprehensive overall management on the whole monitoring network; a supervision object platform: the monitoring system is used for receiving the monitoring of the monitoring network; the supervision sensing network platform comprises: the system comprises a supervision management platform, a supervision object platform and a supervision management platform, wherein the supervision management platform is used for acquiring supervision data in the supervision object platform and interacting the supervision data to the supervision management platform; and the service A network is used as a supervision object platform of a supervision network, and the supervision management platform provides perception control service for a user platform through a supervision service platform according to the supervision data.
For further explaining the working process of the embodiment, the service a network includes a service a user platform, a service platform, a service a management platform, a service a sensor network platform and a service a object platform; the service A user platform, the service A service platform, the service A management platform, the service A sensing network platform and the service A object platform are sequentially communicated and interacted; the service A user platform, the service A service platform, the service A management platform, the service A sensing network platform and the service A object platform are used as supervision object platforms of a supervision network; the method for acquiring the supervision data in the supervision object platform by the supervision sensing network platform comprises the following steps: the supervision sensing network platform acquires data through interaction with a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform or a service A object platform;
the supervision sensing network platform acquires supervision data in the information acquisition behavior of the service A user platform;
the supervision sensing network platform acquires supervision data in the transmission information and operation behavior of the service A service platform;
the supervision sensing network platform acquires supervision data in the service content, the information content and the information source of the service A management platform;
the supervision sensing network platform acquires supervision data in the information source data transmission service of the service A sensing network platform;
and the supervision sensing network platform acquires supervision data from the data provided by the service A object platform.
To further explain the working process of the embodiment, a service B network is established based on the internet of things structure; the service B network comprises a service B user platform, a service B service platform, a service B management platform, a service B sensing network platform and a service B object platform which are sequentially communicated and interacted; taking the supervision user platform as a service B user platform, and taking a service A user platform as a service B object platform; and the service B management platform acquires data from the service B object platform through the service B sensing network platform and provides service for the service B user platform through the service B service platform.
As shown in fig. 8, to further explain the working process of the present embodiment, the monitoring service platform, the monitoring management platform, the monitoring sensor network platform, and the monitoring object platform all include a plurality of sub-platforms; the type of the sub-platform corresponds to the type of the service A network; when the service A network needs to be supervised, the supervision network selects the sub-platform matched with the service A network to supervise the service A network.
In the implementation of this embodiment, in actual use, the monitoring network needs to set the monitoring service platform, the monitoring management platform, the monitoring sensor network platform, and the monitoring object platform as multiple sub-platforms to monitor different types of service a networks, and for one type of service a network, the sub-platform matched with the service a network needs to be selected according to the type of the service a network to monitor the service a network, so that in actual use, it can be understood that monitoring of multiple service a networks can be satisfied only by one monitoring network.
As shown in fig. 1, the service network a is an internet of things managed by a cloud platform, and the monitoring network is a government monitoring network, and in order to further explain a specific monitoring process, the present embodiment divides specific situations into the following five categories:
as shown in fig. 2, the information operation process of the cloud platform service network user platform is an information operation process formed by the government management platform of the monitoring network for carrying out the monitoring management work aiming at the information acquisition behavior of the cloud platform service network user platform in the platform to be monitored, and includes an operation process of acquiring the behavior perception information of the cloud platform user information and acquiring the behavior control information of the cloud platform user information.
In the operation process of acquiring the behavior perception information by the cloud platform service network user platform information, the service network user platform is used as a monitored object, and the information acquisition behavior is transmitted to a government management platform in a monitoring network through a corresponding monitoring network sensing network sub-platform in the form of perception information. After the corresponding supervision network government management sub-platform processes the information acquisition behavior perception information of the service network user platform, the information acquisition behavior information of the service network user platform in the supervision object platform is transmitted to the people user platform through the corresponding government service sub-platform, and therefore the operation process of acquiring the behavior perception information by the service network user platform information is completed.
In the operation process of acquiring the behavior control information by the cloud platform service network user platform information, usually, under the authorization of a people user platform, a corresponding government management sub-platform directly acquires the behavior perception information according to the acquired information of the cloud platform service network user platform in the supervision object platform to carry out corresponding control management work. And the monitoring network government management sub-platform generates cloud platform service network user platform operation behavior control information and transmits the operation behavior control information to the cloud platform service network user platform through the corresponding sensing network sub-platform, and the cloud platform service network user platform executes corresponding information acquisition behaviors according to the content of the control information.
As shown in fig. 3, the information operation process of the service platform of the service network of the monitoring cloud platform is an information operation process formed when the government management platform in the monitoring network supervises the service communication operation behavior of the service platform of the service network of the cloud platform in the target platform, and includes an operation process of the service communication operation behavior awareness information of the cloud platform and the service communication operation behavior control information of the cloud platform.
The cloud platform business network service platform transmits the service communication operation behavior perception information to the corresponding government management sub-platform through the corresponding government or operator sensing network sub-platform for processing, and then transmits the perception information to the people user platform through the corresponding government service sub-platform, so that the operation process of the service communication operation behavior perception information of the cloud platform business network service platform is completed.
In the operation process of the service communication operation behavior control information of the cloud platform service network service platform, the corresponding government management sub-platform directly controls and manages the cloud platform service network service platform under the authorization of the people user platform. The government management sub-platform generates operation behavior control information according to the acquired service communication operation behavior sensing information of the cloud platform service network service platform, transmits the operation behavior control information to the cloud platform service network service platform through the corresponding government or operator sensing network sub-platform, and the cloud platform service network service platform executes the control information.
As shown in fig. 4, the information operation process of the service network management platform of the supervision cloud platform is an information operation process formed when the government management platform in the supervision network performs overall management operation on the cloud platform management platform in the supervision object platform, and includes an operation process of the information management perception information of the cloud platform management platform and the information management control information of the cloud platform management platform.
In the operation process of the information management perception information of the cloud platform management platform in the cloud platform service network, the information management operation behavior information of the cloud platform management platform is transmitted to the corresponding government management sub-platform for processing through the corresponding government or operator sensing network sub-platform in the form of perception information, and then the perception information is transmitted to the people user platform through the corresponding government service sub-platform, so that the operation process of the information management perception information of the cloud platform management platform in the cloud platform service network is completed.
In the operation process of the cloud platform management platform information management control information in the cloud platform service network, the corresponding government management sub-platform directly controls and manages the cloud platform management platform in the cloud platform service network under the authorization of the people user platform, information management control information is generated according to the obtained information management perception information and then is transmitted to the cloud platform management platform in the cloud platform service network through the corresponding government or operator sensing network sub-platform, and the cloud platform management platform executes the control information according to requirements.
As shown in fig. 5, the information operation process of the monitoring cloud platform service network sensing network platform is an information operation process of the monitoring network government management platform monitoring the sensing communication operation behavior of the cloud platform service network sensing network platform, and includes an operation process of the sensing communication operation behavior sensing information of the cloud platform service network sensing network platform and an operation process of the control information.
In the operation process of sensing communication operation behavior perception information of a cloud platform service network sensing network platform, the sensing communication operation behavior information of the sensing network platform in the cloud platform service network is transmitted to a corresponding government management sub-platform for processing through a corresponding government or operator sensing network sub-platform in the form of perception information, and then the perception information is transmitted to a people user platform through a corresponding government service sub-platform, so that the operation process of sensing communication operation behavior perception information of the cloud platform service network sensing network platform is completed.
In the operation process of the cloud platform service network sensing network platform sensing communication operation behavior control information, the corresponding government management sub-platform directly controls and manages the sensing network platform in the cloud platform service network under the authorization of the people user platform. The government management sub-platform generates operation behavior control information according to the acquired sensing communication operation behavior sensing information of the sensing network platform in the cloud platform service network, then transmits the operation behavior control information to the sensing network platform in the cloud platform service network through the corresponding government sensing network sub-platform, and the sensing network platform in the cloud platform service network executes operation behaviors according to requirements.
As shown in fig. 6, the information operation process of monitoring the object platform in the cloud platform service network is an information operation process formed by the government management platform performing monitoring management work on the data source of the object platform in the cloud platform service network, and includes an operation process of sensing information of the data source of the object platform in the cloud platform service network and an operation process of controlling information of the data source of the object platform in the cloud platform service network.
In the operation process of the object platform data source perception information in the cloud platform service network, the data source perception information of the object platform of the cloud platform service network is transmitted to the corresponding government management sub-platform through the corresponding government or operator sensing network sub-platform to be processed, and then is transmitted to the people user platform through the corresponding government service sub-platform, so that the operation process of the object platform perception information in the cloud platform service network is completed.
In the operation process of the data source control information of the object platform in the cloud platform service network, the corresponding government management sub-platform directly manages the data source of the object platform under the authorization of the people user platform to generate corresponding data source control information, and the corresponding government or operator sensing network sub-platform is transmitted to the object platform in the cloud platform service network to prompt the object platform in the cloud platform service network to provide data information to the cloud platform.
As shown in fig. 7, in the monitoring network, the government management platform simultaneously supervises the user platform, the service platform, the cloud platform management platform, the sensing network platform and the object platform in the cloud platform service network, so as to form an information overall operation process of the monitoring network. When the cloud platform service network user platform acquires information with the profit as the purpose, the government supervises the information.
In the whole information operation process of the monitoring network, each monitored object sub-platform forms different monomer internet of things information operation closed loops with the people user platform through the connection of the government service sub-platform and the sensing network sub-platform service communication and the sensing communication under the overall supervision of the corresponding government management sub-platform. The different single internet of things information operation closed loops not only take common users as nodes, but also can form different nodes based on one or more common government service sub-platforms, government management sub-platforms and government or operator sensing network sub-platforms. Under the connection of the nodes, the information operation process formed by monitoring each monitored object sub-platform forms the whole information operation of the Internet of things of the monitoring cloud platform.
To further explain the role of the sub-platform, as shown in fig. 8, under the leading of the people user platform, the primary function of the supervision network government management platform is to better meet the requirements of the people user platform and provide corresponding legal guarantees for the people user platform. Therefore, the cloud platform service network management platform needs to be used as an object platform in a monitoring network for monitoring, so that the cloud platform management platform can legally acquire information, provide information and legally benefit. The cloud platform service network management platform forms an Internet of things for supervising the cloud platform service network management platform under the supervision of a government management platform of a supervision network, and shows corresponding functions.
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are merely exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (10)
1. A smart city network supervision method is characterized in that a business A network and a supervision network are established based on an Internet of things structure; the Internet of things structure comprises a user platform, a service platform, a management platform, a sensing network platform and an object platform which are sequentially interacted; the service A network provides service for users in the service A network;
the supervision network comprises a supervision user platform, a supervision service platform, a supervision management platform, a supervision sensing network platform and a supervision object platform which are sequentially interacted;
and taking the service A network as a supervision object platform, and supervising the service A network under the authorization of a supervision user platform by the supervision network.
2. The intelligent city network supervision method according to claim 1, wherein a service platform, a service a management platform, a service a sensor network platform, a service a object platform and a service a user platform of the service a network are used as supervision object platforms of a supervision network;
the monitoring sensing network platform acquires monitoring data in a monitoring object platform and interacts the monitoring data to the monitoring management platform and/or transmits control information issued by the monitoring management platform to the monitoring object platform; (ii) a
The supervision management platform carries out comprehensive overall management on the whole supervision network and provides perception control service for the supervision user platform through the supervision service platform according to the supervision data.
3. The intelligent city network supervision method according to claim 2, wherein the acquiring of supervision data in the supervision object platform by the supervision sensing network platform comprises:
the supervision sensing network platform acquires data through interaction with a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform and/or a service A object platform;
the supervision sensing network platform acquires supervision data in the information acquisition behavior of the service A user platform;
the supervision sensing network platform acquires supervision data in service information and information sources of the service A service platform;
the supervision sensing network platform acquires supervision data in the management information and the operation information of the service A management platform;
the supervision sensing network platform acquires supervision data in the information transmission service of the service A sensing network platform;
and the supervision sensing network platform acquires supervision data from the data provided by the service A object platform.
4. The intelligent city network supervision method according to claim 3, wherein a service B network is established based on the internet of things structure; the service B network comprises a service B user platform, a service B service platform, a service B management platform, a service B sensing network platform and a service B object platform which are sequentially communicated and interacted;
taking the supervision user platform as a service B user platform, and taking a service A user platform as a service B object platform;
and the service B management platform acquires data from the service B object platform through the service B sensing network platform and provides service for the service B user platform through the service B service platform.
5. Wisdom city network supervisory systems, its characterized in that includes:
service a network: the system is used for providing business service for users;
monitoring the network: the system is used for supervising the service of the service A network;
the business A network and the supervision network are established based on an Internet of things structure, and the Internet of things structure comprises a user platform, a service platform, a management platform, a sensing network platform and an object platform which are sequentially interacted;
the supervision network comprises a supervision user platform, a supervision service platform, a supervision management platform, a supervision sensing network platform and a supervision object platform which are sequentially interacted;
and taking the service A network as a supervision object platform, and supervising the service A network under the authorization of a supervision user platform by the supervision network.
6. The smart city network monitoring system of claim 5 wherein in the monitoring network:
a supervision user platform: receiving the service of a monitoring network;
the supervision service platform comprises: for providing administrative service information to the user platform, and/or receiving user control information;
a supervision management platform: the system is used for carrying out comprehensive overall management on the whole monitoring network;
a supervision object platform: the monitoring network is used for providing sensing information for the monitoring network and/or executing control;
the supervision sensing network platform comprises: the system comprises a monitoring object platform, a monitoring management platform and a monitoring management server, wherein the monitoring object platform is used for acquiring monitoring data in the monitoring object platform and interacting the monitoring data to the monitoring management platform and/or transmitting control information issued by the monitoring management platform to the monitoring object platform; and the service A network is used as a supervision object platform of a supervision network, and the supervision management platform provides perception control service for a user platform through a supervision service platform according to the supervision data.
7. The smart city network monitoring system of claim 6, wherein the service a network comprises a service a user platform, a service platform, a service a management platform, a service a sensor network platform and a service a object platform; the service A user platform, the service A service platform, the service A management platform, the service A sensing network platform and the service A object platform are sequentially communicated and interacted;
the service A user platform, the service A service platform, the service A management platform, the service A sensing network platform and the service A object platform are used as supervision object platforms of a supervision network; the service A network adopts the Internet of things managed by a cloud platform;
the method for acquiring the supervision data in the supervision object platform by the supervision sensing network platform comprises the following steps:
the supervision sensing network platform acquires data through interaction with a service A user platform, a service A service platform, a service A management platform, a service A sensing network platform and/or a service A object platform;
the supervision sensing network platform acquires supervision data in the information acquisition behavior of the service A user platform;
the supervision sensing network platform acquires supervision data in service information and information sources of the service A service platform;
the supervision sensing network platform acquires supervision data in the management information and the operation information of the service A management platform;
the supervision sensing network platform acquires supervision data in the information transmission service of the service A sensing network platform;
and the supervision sensing network platform acquires supervision data from the data provided by the service A object platform.
8. The smart city network monitoring system according to claim 7, wherein a service B-network is established based on the internet of things structure; the service B network comprises a service B user platform, a service B service platform, a service B management platform, a service B sensing network platform and a service B object platform which are sequentially communicated and interacted;
taking the supervision user platform as a service B user platform, and taking a service A user platform as a service B object platform;
and the service B management platform acquires data from the service B object platform through the service B sensing network platform and provides service for the service B user platform through the service B service platform.
9. The smart city network supervision system according to claim 5, wherein the supervision service platform, the supervision management platform, the supervision sensing network platform and the supervision object platform each comprise a plurality of sub-platforms; the type of the sub-platform corresponds to the type of the service A network;
when the service A network needs to be supervised, the supervision network selects the sub-platform matched with the service A network to supervise the service A network.
10. The smart city network monitoring system according to claim 5, wherein one or more platforms in the service A network or/and monitoring network may be cloud platforms.
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