CN102271156A - Data sharing service system based on internet of things - Google Patents
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Abstract
The invention relates to the field of an industry and enterprise informationization oriented application system in electronic information, and provides a data sharing service system based on an internet of things. The system is composed of the following five layers in turn: an infrastructure layer provided with a network infrastructure, a storage server and intelligent terminal equipment; a data layer having functions of collecting data and switching data; a service assembly layer for specifically realizing a service by following a service interface specified by a service layer; the service layer provided with a transfer service interface of an application layer; and the application layer which is an unique interface for interacting the system with users. According to the system disclosed by the invention, service sub-systems of different types can be applied to and integrated on the same information platform to form uniform and opened upper management software, therefore, current service processes of enterprises have good integrated, shared and cooperative abilities; and the phenomenon of Information Island existing in the current enterprise informationization construction is solved.
Description
Technical field
The present invention relates to the application system field in the electronic information, a kind of specifically data sharing service system based on Internet of Things towards effort to apply information technology in industries and enterprises.
Background technology
In whole IT industry develop rapidly process, the IT application of enterprise also is accompanied by the development of technology and advances.But change with other of enterprise visibly differently be, the pace of change of IT application is faster, that is to say, the once local IT application that enterprise carries out all may not match with former application, also may be incompatible with the application of later " more senior ".Because the phenomenon of " calculating isolated island " and " information island " influences the development of enterprise's long-term stability at present, it is essential therefore to set up a complete enterprise IT architecture.
Summary of the invention
The objective of the invention is in order to overcome the weak point of above-mentioned background technology, a kind of data sharing service system based on Internet of Things is provided, it can be effectively based on the Internet of Things correlation technique, with RFID, bio-identification, barcode technology combines, pass through computer network, with discrete people, car, thing, assets are carried out data acquisition by dissimilar intelligent terminals, same information platform is arrived in dissimilar service sub-system application integration, the formation unification, open tension management software, it is good integrated that the existing operation flow tool of enterprise is engaged in, share, collaboration capabilities has solved " information island " phenomenon that exists in the current IT application in enterprise.
A kind of data sharing service system based on Internet of Things, this system forms by following 5 layers successively:
Infrastructure layer comprises network infrastructure, storage server, intelligent terminal, and it provides a hardware foundation platform for whole service system;
Data Layer, manage at former data and types of applications data from low layer, to extract from the relevant service logic in the dissimilar intelligent terminals and the code of data access, be packaged into the data format of standard, it provides a data collection and data interchange platform for whole service system;
Service Component layer and service layer, the Service Component layer specifically realizes service under the prerequisite of the service interface of following service layer regulation, service layer has stipulated that application layer calls the interface of service;
Application layer is user oriented operating platform, and system and user carry out mutual interface, provides friendly man-machine interface to the user, is that user and system carry out mutual unique interface.
In technique scheme, the intelligent terminal of described infrastructure layer comprises rfid interrogator, bar code read write line, bio-identification device etc. according to the service function difference of each service sub-system.
In technique scheme, the heterogeneous database of described data Layer comprises Oracle, SQL Server, DB2, Access etc.
In technique scheme, the service that described service layer provides is divided into two classes: a class is a business service intrinsic in the enterprise, as personnel, vehicle room entry/exit management, concerning security matters bearer services logic, vehicle management business service, the service of access control and attendance service logic, the service of night watching service logic etc.; Another kind of is the service that system normally moves to be needed, and mainly comprises authentification of user service, data access service etc.
In technique scheme, described application layer mainly comprises according to different its functional modules of service function of each service sub-system: system modules such as warehouse handling of goods and materials, fixed capital management, concerning security matters management, personnel's vehicle room entry/exit management, attendance management, patrolling management etc.
In technique scheme, notebook data share service system adopts Web Services technology to realize, Web Service is by the ISP, three roles of service register center and service requester and issue, finding and bind three operations forms, the ISP defines the service describing of Web Services, and it is published to service requester or service register center, service requester uses finds that operation comes from this locality or the service register center retrieval service is described, and uses service describing and ISP to bind and call Web Services then and realizes or synchronous interaction.
In technique scheme, notebook data share service system adopts the middleware pattern to realize data integration, by provide a unified data logical view to hide the data details of bottom in the intermediate layer, visit the database of isomery with unified global data model; By using middleware Technology, can between the application program of the heterogeneous database of data Layer and application layer, make up the intermediate layer, operation to database is all undertaken by the intermediate layer, each heterogeneous database is coordinated in the intermediate layer downwards, and upwards the application for the visit integrated data provides the unified data pattern and the general-purpose interface of data access; The XML middleware mainly is made up of wrapper and middleware two large divisions, wrapper is responsible for heterogeneous database mutual, the packing heterogeneous data source, realize the consistency of operation, the transparency of data access and location transparency, it is integrated that middleware is responsible for that transformation result is carried out further pattern, middleware is by the integrated scheduling unit, service layer and query processor are formed, the integrated scheduling unit calls the service that service layer provides according to the different messages of system's transmission, generate corresponding middleware global schema and querying condition, query processor provides the data of heterogeneous database by wrapper according to querying condition, be embedded in the corresponding global schema, data result is returned to client, finally be implemented to the mapping of middleware global schema.
In technique scheme, notebook data share service system is for the optimization of heterogeneous database information integration, introduce global catalog and concerned dictionary, in the process of query processing, utilize buffer memory to deposit the Query Result of user, utilize former data warehouse to preserve the query capability vector of the various data sources of query relation vector sum that DBA provides global view; The connection half that notebook data share service system adopts heuristic to seek an optimum connects carries out sequence, from a query tree, find out the connection of an optimum, half catenation sequence is a search problem, in heuristic search, each node in the search tree is all represented a state of query script, root node is represented initial primary state, destination node is represented dbjective state, the value of all corresponding evaluation function f of each node, the minimum node of f value is chosen as expanding node, evaluation function is expressed as f (x)=g (x)+h (x), and g (x) is the cost that is spent to state x from initial state here; H (x) is a heuristic function, it is the lower limit that arrives target attitude cost cost from the x state, search starts from initial state, promptly from the root node of expanded search tree, expanding node x promptly is to produce all possible next step connection or semi-connected operations at the x state, and operating in the search tree that each is possible all is the child node of x, each expansion all is to select the node of the minimum node of f value as next step expansion from all leaf nodes of search tree, repeats this process up to destination node.
In technique scheme, notebook data share service system solves the concrete steps that the data integration problem is put between the cross-platform heterogeneous data source and is:
(1) gathers the strange land data of database by WebService;
(2) customize out transformation rule between the heterogeneous database system that carries out data transaction, comprise the system default transformation rule, to realize related merging conversion to data and table in database and the table;
(3) merge transformation result with the XML stored in file format in client, to make things convenient for user's retrieve data at any time;
(4) the XML file after client is used conversion is retrieved and to its derivation.
Data sharing service system based on Internet of Things of the present invention has applied widely, easy to operate, fail safe and reliability advantages of higher, especially be support with SOA framework and Web Services technology, adopt the XML technology, carry out abstract to the intelligent terminal product on the market, with various RFID products, the fingerprint recognition product, face recognition products, IC, the ID reader, bar decoding apparatus etc. is abstracted into unified model, they can be integrated according to unified interface, solved isomery, distribute, the integration problem of autonomous data source has been realized a unified data platform.Make good integrated, shared, the collaboration capabilities of the existing operation flow tool affair of enterprise, solved " information island " phenomenon that exists in the current IT application in enterprise.
Description of drawings
Fig. 1 is the block architecture diagram that the present invention is based on the data sharing service system of Internet of Things.
Fig. 2 solves the debatable flow chart of data set between the cross-platform heterogeneous data source in the embodiment of the invention.
Embodiment
As shown in Figure 1, based on the data sharing service system of Internet of Things, this system comprises following 5 layers successively:
Infrastructure layer comprises network infrastructure, storage server, intelligent terminal, and it provides a hardware foundation platform for whole service system; Described intelligent terminal is the service function difference of automatic identification equipment according to each subsystem, comprise rfid interrogator, bar code read write line, bio-identification device, by information sensing equipment such as radio-frequency (RF) identification (RFID), infrared inductor, global positioning system, laser scanners, agreement by agreement, article are connected with the Internet, carry out information exchange and communication, to realize intelligent identification, location, to follow the trail of, monitor and management;
Data Layer, manage at former data and types of applications data from low layer, to extract from the relevant service logic in the dissimilar intelligent terminals and the code of data access, be packaged into the data format of standard, it provides a data collection and data interchange platform for whole service system; The heterogeneous database of described data Layer comprises Oracle, SQL Server, DB2, Access etc.;
Service Component layer and service layer, the Service Component layer specifically realizes service under the prerequisite of the service interface of following service layer regulation, service layer has stipulated that application layer calls the interface of service; The service that described service layer provides is divided into two classes: a class is a business service intrinsic in the enterprise, as personnel, vehicle room entry/exit management, concerning security matters bearer services logic, vehicle management business service, the service of access control and attendance service logic, the service of night watching service logic etc.; Another kind of is the service that system normally moves to be needed, and mainly comprises authentification of user service, data access service etc.
Application layer is user oriented operating platform, and system and user carry out mutual interface, provides friendly man-machine interface to the user, is that user and system carry out mutual unique interface.Described application layer mainly comprises according to different its functional modules of service function of each subsystem: system modules such as warehouse handling of goods and materials, fixed capital management, concerning security matters management, personnel's vehicle room entry/exit management, attendance management, patrolling management.
In the above-described embodiments, notebook data share service system adopts Web Services technology to realize, Web Service is by the ISP, three roles of service register center and service requester and issue, finding and bind three operations forms, the ISP defines the service describing of Web Services, and it is published to service requester or service register center, service requester uses finds that operation comes from this locality or the service register center retrieval service is described, and uses service describing and ISP to bind and call Web Services then and realizes or synchronous interaction.
In the above-described embodiments, notebook data share service system adopts the middleware pattern to realize data integration, by provide a unified data logical view to hide the data details of bottom in the intermediate layer, visit the database of isomery with unified global data model; By using middleware Technology, can between the application program of the heterogeneous database of data Layer and application layer, make up the intermediate layer, operation to database is all undertaken by the intermediate layer, each heterogeneous database is coordinated in the intermediate layer downwards, and upwards the application for the visit integrated data provides the unified data pattern and the general-purpose interface of data access; The XML middleware mainly is made up of wrapper and middleware two large divisions, wrapper is responsible for heterogeneous database mutual, the packing heterogeneous data source, realize the consistency of operation, the transparency of data access and location transparency, it is integrated that middleware is responsible for that transformation result is carried out further pattern, middleware is by the integrated scheduling unit, service layer and query processor are formed, the integrated scheduling unit calls the service that service layer provides according to the different messages of system's transmission, generate corresponding middleware global schema and querying condition, query processor provides the data of heterogeneous database by wrapper according to querying condition, be embedded in the corresponding global schema, data result is returned to client, finally be implemented to the mapping of middleware global schema.
In the above-described embodiments, notebook data share service system is for the optimization of heterogeneous database information integration, introduce global catalog and concerned dictionary, in the process of query processing, utilize buffer memory to deposit the Query Result of user, utilize former data warehouse to preserve the query capability vector of the various data sources of query relation vector sum that DBA provides global view; The connection half that notebook data share service system adopts heuristic to seek an optimum connects carries out sequence, from a query tree, find out the connection of an optimum, half catenation sequence is a search problem, in heuristic search, each node in the search tree is all represented a state of query script, root node is represented initial primary state, destination node is represented dbjective state, the value of all corresponding evaluation function f of each node, the minimum node of f value is chosen as expanding node, evaluation function is expressed as f (x)=g (x)+h (x), and g (x) is the cost that is spent to state x from initial state here; H (x) is a heuristic function, it is the lower limit that arrives target attitude cost cost from the x state, search starts from initial state, promptly from the root node of expanded search tree, expanding node x promptly is to produce all possible next step connection or semi-connected operations at the x state, and operating in the search tree that each is possible all is the child node of x, each expansion all is to select the node of the minimum node of f value as next step expansion from all leaf nodes of search tree, repeats this process up to destination node.
As shown in Figure 2, in the above-described embodiments, notebook data share service system solves that the debatable concrete steps of data set are between the cross-platform heterogeneous data source:
(1) gathers the strange land data of database by WebService;
(2) customize out transformation rule between the heterogeneous database system that carries out data transaction, comprise the system default transformation rule, to realize related merging conversion to data and table in database and the table;
(3) merge transformation result with the XML stored in file format in client, to make things convenient for user's retrieve data at any time;
(4) the XML file after client is used conversion is retrieved and to its derivation.
Claims (9)
1. based on the data sharing service system of Internet of Things, it is characterized in that this system forms by following 5 layers successively:
Infrastructure layer comprises network infrastructure, storage server, intelligent terminal, and it provides a hardware foundation platform for whole service system;
Data Layer, manage at former data and types of applications data from low layer, to extract from the relevant service logic in the dissimilar intelligent terminals and the code of data access, be packaged into the data format of standard, it provides a data collection and data interchange platform for whole service system;
Service Component layer and service layer, the Service Component layer specifically realizes service under the prerequisite of the service interface of following service layer regulation, service layer has stipulated that application layer calls the interface of service;
Application layer is user oriented operating platform, and system and user carry out mutual interface, provides friendly man-machine interface to the user, is that user and system carry out mutual unique interface.
2. the data sharing service system based on Internet of Things according to claim 1 is characterized in that: the intelligent terminal of described infrastructure layer comprises rfid interrogator, bar code read write line, bio-identification device according to the service function difference of each service sub-system.
3. the data sharing service system based on Internet of Things according to claim 1 is characterized in that: the heterogeneous database of described data Layer comprises Oracle, SQL Server, DB2, Access.
4. the data sharing service system based on Internet of Things according to claim 1, it is characterized in that: the service that described service layer provides is divided into two classes, one class is a business service intrinsic in the enterprise, as personnel, vehicle room entry/exit management, concerning security matters bearer services logic, vehicle management business service, the service of access control and attendance service logic, the service of night watching service logic etc.; Another kind of is the service that system normally moves to be needed, and mainly comprises authentification of user service, data access service etc.
5. the data sharing service system based on Internet of Things according to claim 1 is characterized in that: described application layer mainly comprises system modules such as warehouse handling of goods and materials, fixed capital management, concerning security matters management, personnel's vehicle room entry/exit management, attendance management, patrolling management according to different its functional modules of service function of each service sub-system.
6. the data sharing service system based on Internet of Things according to claim 1, it is characterized in that: notebook data share service system adopts Web Services technology to realize, Web Service is by the ISP, three roles of service register center and service requester and issue, finding and bind three operations forms, the ISP defines the service describing of Web Services, and it is published to service requester or service register center, service requester uses finds that operation comes from this locality or the service register center retrieval service is described, and uses service describing and ISP to bind and call Web Services then and realizes or synchronous interaction.
7. the data sharing service system based on Internet of Things according to claim 1, it is characterized in that: notebook data share service system adopts the middleware pattern to realize data integration, by provide a unified data logical view to hide the data details of bottom in the intermediate layer, visit the database of isomery with unified global data model; By using middleware Technology, can between the application program of the heterogeneous database of data Layer and application layer, make up the intermediate layer, operation to database is all undertaken by the intermediate layer, each heterogeneous database is coordinated in the intermediate layer downwards, and upwards the application for the visit integrated data provides the unified data pattern and the general-purpose interface of data access; The XML middleware mainly is made up of wrapper and middleware two large divisions, wrapper is responsible for heterogeneous database mutual, the packing heterogeneous data source, realize the consistency of operation, the transparency of data access and location transparency, it is integrated that middleware is responsible for that transformation result is carried out further pattern, middleware is by the integrated scheduling unit, service layer and query processor are formed, the integrated scheduling unit calls the service that service layer provides according to the different messages of system's transmission, generate corresponding middleware global schema and querying condition, query processor provides the data of heterogeneous database by wrapper according to querying condition, be embedded in the corresponding global schema, data result is returned to client, finally be implemented to the mapping of middleware global schema.
8. the data sharing service system based on Internet of Things according to claim 1, it is characterized in that: notebook data share service system is for the optimization of heterogeneous database information integration, introduce global catalog and concerned dictionary, in the process of query processing, utilize buffer memory to deposit the Query Result of user, utilize former data warehouse to preserve the query capability vector of the various data sources of query relation vector sum that DBA provides global view; Notebook data share service system adopts heuristic to seek the connection of an optimum, half connects the execution sequence, from a query tree, find out the connection of an optimum, half catenation sequence is a search problem, in heuristic search, each node in the search tree is all represented a state of query script, root node is represented initial state, destination node is represented dbjective state, the value of all corresponding evaluation function f of each node, the minimum node of f value is chosen as expanding node, evaluation function is expressed as f (x)=g (x)+h (x), and g (x) is the cost that is spent to state x from initial state here; H (x) is a heuristic function, it is the lower limit that arrives dbjective state cost cost from the x state, search starts from initial state, promptly from the root node of expanded search tree, expanding node x promptly is to produce all possible next step connection or semi-connected operations at the x state, and operating in the search tree that each is possible all is the child node of x, each expansion all is to select the node of the minimum node of f value as next step expansion from all leaf nodes of search tree, repeats this process up to destination node.
9. the data sharing service system based on Internet of Things according to claim 1 is characterized in that notebook data share service system solves that the debatable concrete steps of data set are between the cross-platform heterogeneous data source:
(1) gathers the strange land data of database by Web Service;
(2) customize out transformation rule between the heterogeneous database system that carries out data transaction, comprise the system default transformation rule, to realize related merging conversion to data and table in database and the table;
(3) merge transformation result with the XML stored in file format in client, to make things convenient for user's retrieve data at any time;
(4) the XML file after client is used conversion is retrieved and to its derivation.
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