CN102970193A - System and method for intelligent software service platform, and device and family intelligence system comprising system - Google Patents
System and method for intelligent software service platform, and device and family intelligence system comprising system Download PDFInfo
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Abstract
The invention discloses a system and a method for an intelligent software service platform, and a device and an intelligent family system comprising the system. The intelligent software service platform system comprises an obtaining module, a user task reasoning module and an automatic adaptation module. The obtaining module is used for obtaining situation information of an intelligent family network which is changed and task information input by a user; the user task reasoning module is used for deducing and determining user tasks needed to be performed according to the situation information and the task information which are obtained by the obtaining module; and the automatic adaptation module is used for adapting the user tasks with service functions automatically and the service functions with device resources automatically, and the distributed device resources are used for performing the user tasks. According to the system and the method for the intelligent software service platform, and the device and the intelligent family system comprising the system, various functional requirements in the intelligent family system are converted into a set of various services, interconnection and interoperation of various devices and techniques in a family are achieved, and good standard uniformity, intelligence and dynamic adaptivity are provided.
Description
Technical field
The present invention relates to communication field, relate in particular to a kind of intelligence software service platform system and method, the device that comprises this system and system.
Background technology
General fit calculation is a kind of distributed removable computation schema focusing on people, and it utilizes embedded device, microminiature device, sensor, and traditional calculating is extended in the residing physical space of people, makes people can obtain calculation services whenever and wherever possible.
Intelligent home network needs the user to be subject to bothering of minimum degree when operation as typical general fit calculation application scenarios, and this just requires equipment to have good adaptivity and intelligent.
Terminal equipment in the current intelligent home network is more and more advanced, can interconnect between terminal equipment, consists of network with the exchange essential information.But owing to lack effectively management, so that the terminal equipment in the current wired home Internet of Things is intelligent also very low, Common Information Model (containing contextual information) and self adaptation degree, the distribution of resource apparatus and conflict solve, and the problems of system equipment isomerism aspect are in the urgent need to being resolved, and good Context-aware computing and resource management can guarantee the efficient and smooth of intelligent home system based operation.
But present prior art still concentrates on hardware interface, management function and the network connecting function that provides basic, can't adapt to the environment complicated and changeable in wired home space and can not have good equipment extensibility for different vendor's brand.Therefore, address the above problem in the urgent need to a kind of new technical scheme in the prior art.
Summary of the invention
Main purpose of the present invention is to provide a kind of intelligence software service platform system and method, the device that comprises this system and system, to address the above problem, wherein:
Intelligence software service platform system according to the embodiment of the invention comprises: acquisition module is used for obtaining the contextual information of the intelligent home network that changes and the mission bit stream of user's input; The user task reasoning module, the contextual information and the mission bit stream that are used for obtaining according to acquisition module are inferred the user task of determining that needs are carried out; The automatic adaptation module is used for user task and service function are carried out automatic adaptation and service function and device resource are carried out automatic adaptation, uses the device resource that distributes to carry out user task.
Gateway apparatus according to the embodiment of the invention comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
Intelligent network system according to the embodiment of the invention, include primary gateway device, system bus and at least one subnet and close device, this primary gateway device comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
According to the Intelligent internet of things system of the embodiment of the invention, a plurality of terminal equipments that include intelligent network system and be subjected to its control, intelligent network system include primary gateway device, system bus and at least one subnet and close device; This primary gateway device comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
According to the intelligent building of the embodiment of the invention, include structure trunk and the Intelligent internet of things system that is arranged at structure trunk; This Intelligent internet of things system includes intelligent network system and a plurality of terminal equipments that are subjected to its control, and this intelligent network system includes primary gateway device, system bus and at least one subnet and closes device; This primary gateway device comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
Intelligent appliance equipment according to the embodiment of the invention includes apparatus body and gateway apparatus, and this gateway apparatus comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
Intelligent internet of things system according to the embodiment of the invention, include intelligent appliance equipment and a plurality of intelligent terminals that are subjected to its control, this intelligent appliance equipment includes apparatus body and gateway apparatus, this gateway apparatus comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
According to the intelligent building of the embodiment of the invention, include structure trunk and the Intelligent internet of things system that is arranged at structure trunk; This Intelligent internet of things system includes intelligent appliance equipment and a plurality of intelligent terminals that are subjected to its control, this intelligent appliance equipment comprises apparatus body and gateway apparatus, this gateway apparatus comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
According to the Intelligent internet of things system of the embodiment of the invention, include system bus, intelligent appliance equipment, at least one subnet pass device and a plurality of intelligent terminal; This intelligent appliance equipment includes apparatus body and primary gateway device; This primary gateway device comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
According to the intelligent building of the embodiment of the invention, include structure trunk and the Intelligent internet of things system that is arranged at structure trunk; This Intelligent internet of things system includes system bus, intelligent appliance equipment, at least one subnet pass device and a plurality of intelligent terminal; This intelligent appliance equipment includes apparatus body and primary gateway device; This primary gateway device comprises: gateway service middleware, bottom hardware and network control system, and above-mentioned intelligence software service platform system.
The method that is used for the intelligence software service platform system according to the embodiment of the invention comprises: obtain the contextual information of the intelligent home network that changes and the mission bit stream of user's input; Infer the user task of determining that needs are carried out according to the contextual information of obtaining and mission bit stream; User task and service function are carried out automatic adaptation and service function and device resource are carried out automatic adaptation, use the device resource that distributes to carry out user task.
Compared with prior art, according to technical scheme of the present invention, identify user's behavior intention or needs in changing according to user's behavior or situation, and infer to draw and need the user task carried out, the functional resources assembly that then Automatic-searching is suitable is finished the work.The present invention has good standard uniformity, intelligent and dynamic adaptivity.
Description of drawings
Accompanying drawing described herein is used to provide a further understanding of the present invention, consists of the application's a part, and illustrative examples of the present invention and explanation thereof are used for explaining the present invention, do not consist of improper restriction of the present invention.In the accompanying drawings:
Fig. 1 and Fig. 2 are the structured flowcharts according to the intelligence software service platform system of the embodiment of the invention;
Fig. 3 is the realization Organization Chart according to the embodiment of the invention;
Fig. 4-Fig. 9 is the structured flowchart according to the embodiment of the invention;
Figure 10 is the flow chart according to the embodiment of the invention.
Embodiment
The present invention is by being converted into the various functional requirements of intelligent home system based inside the set of various services, realize the interconnected and interoperability of household internal various device and technology, combined with intelligent body (Agent) technology, propose a kind of based on parameterized model, intelligence software service platform with high-availability and scalability of automatic adaptation mechanism, this platform runs on the home gateway, has good dynamic self-adapting characteristic.
For making the purpose, technical solutions and advantages of the present invention clearer, below in conjunction with drawings and the specific embodiments, the present invention is described in further detail.
According to embodiments of the invention, provide a kind of intelligence software service platform system.
With reference to figure 1, Fig. 1 is the structured flowchart of the intelligence software service platform system of the embodiment of the invention, comprising: parametric modeling module 10, acquisition module 20, user task reasoning module 30 and automatic adaptation module 40.
Intelligent home system basedly relate to multiple interworking entity, comprise the device resource of hardware, the user task in the software runtime environment, the entities such as function services.Therefore, need that at first all entities in the system are carried out unified parametric modeling and make up parameterized model, this is the important foundation of data interaction in the system, market demand and application migration.Unified parameterized model is the formalized model that is based upon on the entity body basis, by setting up and use the parameterized model based on the entity body, all operating components approval that form, implication and the content of system parameters are reached an agreement in intelligent home system based provides assurance for the cooperation between functional unit and parameter realize moving between functional unit.Above-mentioned functions is responsible for enforcement by parametric modeling module 10, and parameterized model specifically comprises: device resource parameterized model, context information parameterized model, user task parameterized model, service function parameterized model, the below is described respectively.
(1) contextual information parameterized model.Intelligent home system based is the application example of general fit calculation intelligent space, and software platform wherein has according to situation and changes the function that automatic sensing is processed, and context aware requires contextual information is described expression accurately in addition.Contextual information comprises the further indirect contextual information of processing (as identifying user identity in the video etc.) of the direct contextual information that do not need further to process (such as intensity of illumination etc.) and needs in the wired home, and the parameterized model that makes up rational contextual information is the basis that user task is clearly judged and automatically performed.
(2) user task parameterized model.The intelligence software service platform system moves centered by user's task, and infer that user task, later stage carry out Task-decomposing, Resources allocation and carry out user task early stage.The intelligent Modeling of user task can be known the demand of describing exactly the user and to the requirement of task, be the basis that resource adaptation and tasks carrying are finished.The user task parametric modeling will be considered decomposition and the combinatorial problem of task, and large user task is decomposed into the atomic function service that system can carry out, and is finished by the concrete intelligence body of system.The parameterized model of user task also must be supported application migration, regard application migration the combination (combination that task and new application generate task is left in old application) of a plurality of user tasks as, parameterized model need guarantee integrality and the consistency of application migration in the centralized environment of wired home.
(3) service function parameterized model.Service function refers to the intelligent home system based atomic function that provides service for the user, by combination and the cooperation of atomic function, can utilize specific device resource to finish the user task of appointment.The research contents of service function parameterized model comprises the function that atomic service is provided, the relation between atomic service and serve the unified of needed resource and describe.
(4) device resource parameterized model.Device resource in intelligent home system based comprises sensor device and effector equipment, and transducer is responsible for the data acquisition of the bottom, and effector is responsible for final action executing.The device resource parameterized model is mainly studied the classification of various device and the unified statement of basic function, in order to realize unified abstractions interface.
In the specific implementation process, parametric modeling module 10 is utilized content that ontology realizes that the parameters model comprises and the requirement of parameter.Take the device resource parameterized model as example, sum up by inquiry, use the body of RDF (S)/OWL language definition device resource, and then the parametrization instance model of equipment for customizing resource.Particularly, at first the customized parameter instance model at first sums up the large class of device resource general in the wired home, such as sensor class, effector class, air-conditioning class household electrical appliances, refrigerator class household electrical appliances, Digital Television class household electrical appliances etc.Secondly, in each large class, determine the concrete device type that comprises to comprise optical sensor, temperature sensor etc. such as sensor class.At last, for each concrete device type, sum up the universal method of function control and data access, such as the rotation Control ﹠ data acquisition method of camera.For contextual information parameterized model, user task parameterized model and service functional parameter model, also according to identical method, first by the related notion of ontology definition particular aspects and the relation between the concept, on the basis of definition body, according to system requirements, make up the parameterized model example.
With reference to figure 2, acquisition module 20 is used for obtaining the contextual information of the intelligent home network that changes and the mission bit stream of user's input.Acquisition module 20 comprises data acquisition module 22, identification module 24, user's input module 26.The mission bit stream of user's input that user's input module 26 receives comprises: multi-modal user's input information and files on each of customers input message.
The dynamic data information that data acquisition module 22 (transducer) gathers comprises the data such as sound and image, these data must be carried out the dynamic contextual information that apperceive identity could obtain to reflect user view, such as user identity, posture etc. through identification module 24.Data data volume for dynamic acquisition is large, the real-time high, the present invention is by a kind of based on NIST (National Institute of Standards and Technology, national standard and Institute for Research and Technology) technology of Smart Flow, flow data distributed middleware in conjunction with the resource apparatus parameterized model, realize the distributed treatment of stream data, satisfy the application of different intention recognizers and the demand of load balancing; Next utilizes audio frequency, video identification technology, identification user's identity and posture from flow data, parameterized model in conjunction with contextual information, IBM CHILIX storehouse is improved, obtain user's intention as the dynamic contextual information parameter of system, the static system contextual information that gathers in conjunction with data acquisition module 22 again obtains unified contextual information access interface.
Then, user task reasoning module 30 receives contextual information and the mission bit stream that acquisition module 20 obtains, and according to the mission bit stream (user's explicit request) of user's input or the contextual information that changes, user task reasoning module 30 carries out the reasoning of semantic-based automatically, infers the task that the user need to carry out.In implementation, employing is based on CLIPS inference machine JESS (the Java Expert System Shell of Java language, expert system shell) as the bottom deduce machine, RDF (S)/OWL (Web Ontology Language is set, network ontology language) mapping layer, requirement according to the parameterized model of contextual information, define basic practical work and forward and reverse chain rule, realize that User request or contextual information change, produce new fact and realize that automated reasoning obtains user task.
Continuation is with reference to figure 2, and user task reasoning module 30 further comprises: definition module 32 and matching module 34.Definition module 32 uses the JESS rule language to describe task strategy, the definition Mission Rules Guidelines.The present invention adopts rule-based task inference mechanism.In order to realize the execution mechanism of task strategy, use the JESS rule language will convert based on the task strategy that OWL describes the task strategy of describing with rule language to, the definition Mission Rules Guidelines.After Mission Rules Guidelines is defined, need to be loaded in the service area of regulation engine.Matching module 34 is according to contextual information and mission bit stream, mate in the Mission Rules Guidelines of definition module 32 definition, needing to obtain the user task of carrying out.When requestor (Requester) sends a inquiry (Query) to the task object of Owner, regulation engine is in conjunction with the existing fact in its service area, to mating with the pattern of the corresponding Mission Rules Guidelines of this task object, if should rule LHS all patterns partly in the service area, have the fact to conform to it, should rule just be activated so, by the run order of operation rule engine, regulation engine just can be carried out the action of this rule RHS part.And Mission Rules Guidelines is a kind of trigger-type rule, only has when regulation engine is received query requests, just might be activated and carry out, and obtain user task by inquiry, coupling and the mapping of rule.
The first adaptation module 42 is responsible for selection can realize that one or more atomic function of user task carry out service function and distribute, and wherein, service function satisfies the requirement of service function parameterized model.In this adaptation stage, user's Task-decomposing need to be become the subtask, each subtask can be solved by the function of the Agent of system, and the present invention is with find the solution to finish the work adaptive with function of the alliance of Agent.The formation of Agent the optimal coalition structure and evolution problem can be summed up as combinatorial optimization problem in essence.Based on np problem (Non-deterministic Polynomial such as solution Combinatorial Optimizations, the uncertain problems of multinomial complexity) preferably genetic algorithm and ant group algorithm, for both pluses and minuses, utilize a kind of novel mixing ant group genetic algorithm, use ant group algorithm suitably to remedy the inadequate problem of the information feedback information utilization of genetic algorithm to improve solving precision, suitably remedy the slow-footed problem of finding the solution of ant group algorithm with genetic algorithm.This algorithm has higher effect in time with on the solving precision to the optimal solution problem of finding the solution alliance.
The second adaptation module 44 is responsible for according to current running status and resource status, selects suitable device resource to carry out device resource allocation, and wherein, device resource satisfies the requirement of device resource parameterized model.In this adaptation stage, use the negotiation mechanism of multi-Agent that resource is distributed to each service function, avoid the use conflict of device resource, guarantee the smooth execution of service function.Employing is based on game theoretic many Issues Negotiations, and reciprocal process is through consultation learnt optimal policy and adversary's preference, realizes the favourable distribution of device resource between different Agent, and can guarantee that overall utility Pareto optimum and individual effectiveness is optimum.
With reference to figure 3, the realization framework of intelligence software service platform system from bottom to top is divided into resource apparatus layer, apperceive identity layer, task layer and four levels of function execution level.Study the unified access interface of every one deck according to parameterized model, this interface has well encapsulated and has shielded lower floor because each species diversity that diversity causes for the upper strata provides the unified access stencil of function.Various unified access interfaces are all realized by specific Agent.
According to an example of the present invention, in actual use, the intelligence software service platform system is write by the Java language exploitation, be the jar file according to module package, service is deployed to lower net pass middleware (the OSGI environment is provided) to each jar file as bundle, service is transplanted among the HomeBox of hardware intelligent home gateway Haier, HomeBox mainly realizes the reception of DVB-C digital television signal, the reception of IPTV, web browser, realize the function of home gateway and home router, can support the remote household electrical appliance control functions such as UHOME, reserve MiniPCI, IDE, USB, RS232, pci interface, and can carry out Function Extension, the processor of HomeBox take MIPS as kernel, the process of the transplanting of specific service is as follows:
(1) at main frame the embedded compiled and development environment of Linux is installed, as the crossstool chain is installed, is adopted eclipse as IDE;
(2) download CDC and Profile thereof, native system adopts Personal Profile, downloads simultaneously OSGiFramework, and native system is selected the framework based on OSGi R4;
(3) then cross compile CVM and OSGi Framework on PC are transplanted to Target Board to compiling file by serial ports;
(4) write corresponding bundle attendant application, graphical user's hypervisor etc. according to demand, compile and download to goal systems.
According to embodiments of the invention, also provide a kind of gateway apparatus.
With reference to figure 4, this gateway apparatus includes gateway service middleware, bottom hardware, network control plateform system and intelligence software service platform system.The intelligence software service platform system is take the gateway service middleware as the basis, gateway takes the running environment JADE OSGi Bundle that middleware refers to OSGi (Open Service Gateway Initiative, open service gateway initiative agreement) Framework and intelligent Agent.The intelligence software service platform system provides the function support for the practical application function on it again.Concrete structure and the function of this intelligence software service platform system please refer to Fig. 1 to Fig. 3, do not give unnecessary details herein.
The software service plateform system operates in (private server, set-top box, PC etc.) on the intelligent home gateway as the core control section of intelligent home network, and the part that other networks of wired home are formed detects and controls.For the multifarious problem of the network mode of present existence, to bluetooth, infrared, RFID (Radio Frequency Identification, radio-frequency (RF) identification), the multiple common network access modes such as ZigBee, phone, cable network, WLAN (wireless local area network) carry out for processing, make the terminal equipment middleware platform can process various common communications protocol, realize the transmission of obtaining and control data of network data.On this basis, for providing uniform data, upper layer software (applications) receives and transmission interface the otherness of shielding heterogeneous networks access way.
Because the assembly that often exists different technologies production firm to provide in intelligent home system based, adopt Middle-ware that the general utility functions of different assemblies is encapsulated, can avoid the overlapping development for devices from different manufacturers, greatly improve development efficiency and Systems balanth, and increased reusability.The intelligence software service platform is realized in the mode of Agent system, the Dynamic Discovery of Agent system, registration and administrative mechanism make the basis of software platform can realize the application mode of componentization, and new function or technology are by with seamless the joining in the middle of the original system of the form of componentization.
According to one embodiment of present invention, also provide a kind of intelligent network system.With reference to figure 5, this intelligent network system includes primary gateway device 1, system bus and at least one subnet and closes device 2, and wherein, primary gateway device 1 is connected to subnet by system bus and closes device 2, concrete structure and the function of this primary gateway device please refer to Fig. 4, do not give unnecessary details herein.
According to one embodiment of present invention, also provide a kind of Intelligent internet of things system.With reference to figure 6, a plurality of terminal equipments that this Intelligent internet of things system includes intelligent network system and is subjected to its control, wherein, concrete structure and the function of this intelligent network system please refer to Fig. 5, do not give unnecessary details herein.
According to one embodiment of present invention, also provide a kind of intelligent building, it includes structure trunk and the Intelligent internet of things system that is arranged at structure trunk, and wherein, concrete structure and the function of this Intelligent internet of things system please refer to Fig. 6, do not give unnecessary details herein.
According to one embodiment of present invention, also provide a kind of intelligent appliance equipment, with reference to figure 7, this intelligent appliance equipment includes apparatus body and gateway apparatus, and wherein, concrete structure and the function of this gateway apparatus please refer to Fig. 4, do not give unnecessary details herein.
According to one embodiment of present invention, a kind of Intelligent internet of things system also is provided, with reference to figure 8, a plurality of intelligent terminals that this Intelligent internet of things system includes intelligent appliance equipment and is subjected to this intelligent appliance equipment control, wherein, concrete structure and the function of this intelligent appliance equipment please refer to Fig. 7, do not give unnecessary details herein.
According to one embodiment of present invention, also provide a kind of intelligent building, it includes structure trunk and the Intelligent internet of things system that is arranged at this structure trunk, and wherein, concrete structure and the function of this Intelligent internet of things system please refer to Fig. 8, do not give unnecessary details herein.
According to one embodiment of present invention, a kind of Intelligent internet of things system also is provided, with reference to figure 9, this Intelligent internet of things system includes system bus, intelligent appliance equipment, at least one subnet pass device and a plurality of intelligent terminal, wherein, concrete structure and the function of this intelligent appliance equipment please refer to Fig. 7, do not give unnecessary details herein, and this subnet closes device and is connected with the primary gateway device of this intelligent appliance equipment by system bus.
According to one embodiment of present invention, also provide a kind of intelligent building, it includes structure trunk and the Intelligent internet of things system that is arranged at this structure trunk, and concrete structure and the function of this Intelligent internet of things system please refer to Fig. 9, do not give unnecessary details herein.
Above-mentioned a plurality of embodiment explanations, intelligence software service platform system of the present invention can arrange in intelligent home network neatly in actual demand, is not limited to a certain fixing mode.
According to embodiments of the invention, also provide a kind of method for the intelligence software service platform system.With reference to Figure 10, the method comprises:
Step S1002, in advance all entities of intelligent home network carried out parametric modeling structure parameterized model, wherein, parameterized model comprises: device resource parameterized model, context information parameterized model, user task parameterized model, service function parameterized model.By ontology definition particular aspects relevant concept and the relationship of concept, and according to system requirements structure parameterized model example.
Step S1004 obtains the contextual information of the intelligent home network that changes and the mission bit stream of user's input.Wherein, the contextual information of obtaining the intelligent home network that changes comprises: gather the contextual information that comprises dynamic data information and static data information, and the dynamic data information that gathers is carried out the dynamic data information that apperceive identity obtains reflecting user behavior; And the mission bit stream of user's input of obtaining comprises: multi-modal user's input information and files on each of customers input message.
Step S1006 infers the user task of determining that needs are carried out according to the contextual information of obtaining and mission bit stream.Particularly, carry out the reasoning of semantic-based according to contextual information and mission bit stream, infer user task that need to determine execution.
Step S1008 carries out user task and service function automatic adaptation and service function and device resource is carried out automatic adaptation, uses the device resource that distributes to carry out user task.Step S1008 further comprises:
Selection can realize that one or more atomic function of user task carry out service function and distribute, user task is resolved into a plurality of child user tasks, each child user task is solved by the function of the Agent of system, use to mix finish the work adaptive with function of ant group genetic algorithm;
According to current running status and resource status, select suitable device resource to carry out device resource allocation, the negotiation mechanism of use multi-Agent is given each service function with device resource allocation.
In actual applications, structure and the function of the intelligence software service platform system in the said method please refer to Fig. 1 to Fig. 9, do not give unnecessary details herein.
According to technical scheme of the present invention, propose a kind of for the wired home environment, based on parameterized model, wired home things-internet gateway intelligence software service platform with high-availability and scalability of automatic adaptation mechanism, this platform can be supported domestic consumer's transparent mode operation, improve user's service efficiency, strengthen user's use impression, and for the system service developer provides the public development platform of a unification, simplify development scheme, improve development efficiency.
The above is embodiments of the invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., all should be included within the claim scope of the present invention.
Claims (30)
1. an intelligence software service platform system is characterized in that, comprising:
Acquisition module is used for obtaining the contextual information of the intelligent home network that changes and the mission bit stream of user's input;
The user task reasoning module, the contextual information and the mission bit stream that are used for obtaining according to described acquisition module are inferred the user task of determining that needs are carried out;
The automatic adaptation module is used for described user task and service function are carried out automatic adaptation and described service function and device resource are carried out automatic adaptation, uses the device resource that distributes to carry out described user task.
2. the system as claimed in claim 1 is characterized in that, also comprises:
The parametric modeling module, being used in advance all entities to intelligent home network carries out parametric modeling and makes up parameterized model, wherein, described parameterized model comprises: device resource parameterized model, context information parameterized model, user task parameterized model, service function parameterized model.
3. system as claimed in claim 2 is characterized in that, described parametric modeling module is passed through the relation between the specific related notion of entity ontology definition and the concept, and makes up the parameterized model example according to system requirements.
4. system as claimed in claim 2 is characterized in that, described acquisition module comprises:
Data acquisition module is used for gathering the contextual information that comprises dynamic contextual information and static contextual information;
Identification module is used for the dynamic contextual information to described data collecting module collected, carries out the dynamic contextual information that apperceive identity obtains reflecting user view;
Wherein, described static contextual information and described dynamic contextual information satisfy the requirement of described contextual information parameterized model.
5. system as claimed in claim 4 is characterized in that, described acquisition module also comprises:
User's input module is used for receiving the mission bit stream that comprises multi-modal user's input information and files on each of customers input message that the user inputs.
6. system as claimed in claim 2, it is characterized in that described user task reasoning module carries out the reasoning of semantic-based according to described contextual information and mission bit stream, infer user task that need to determine execution, wherein, described user task satisfies the requirement of described user task parameterized model.
7. system as claimed in claim 2 is characterized in that, described user task reasoning module comprises:
Definition module is used for using the expert system shell rule language to describe task strategy, the definition Mission Rules Guidelines;
Matching module is used for according to described contextual information and mission bit stream, mates at the Mission Rules Guidelines that defines, and needing to obtain the user task of execution.
8. system as claimed in claim 2 is characterized in that, described automatic adaptation module further comprises:
The first adaptation module, the one or more atomic function that are used for selecting to realize described user task carry out the service function distribution, and wherein, described service function satisfies the requirement of described service function parameterized model;
The second adaptation module is used for running status and the resource status current according to system, selects suitable device resource to carry out device resource allocation, and wherein, described device resource satisfies the requirement of described device resource parameterized model.
9. system as claimed in claim 8 is characterized in that, described the first adaptation module resolves into a plurality of subtasks with user task, and each subtask is carried out service function by the function of system intelligence body and distributed.
10. system as claimed in claim 8 is characterized in that, the negotiation mechanism of described the second adaptation module use multiple agent is given each service function with device resource allocation.
11. system as claimed in claim 2 is characterized in that, the realization framework of described intelligence software service platform system from bottom to top is followed successively by resource apparatus layer, apperceive identity layer, task layer and function execution level.
12. a gateway apparatus comprises: gateway service middleware, bottom hardware and network control system, it is characterized in that, also include such as each described intelligence software service platform system in the claim 1 to 11.
13. intelligent network system, include primary gateway device, system bus and at least one subnet and close device, this primary gateway device comprises: gateway service middleware, bottom hardware and network control system, it is characterized in that this primary gateway device also includes such as each described intelligence software service platform system in the claim 1 to 11.
14. an Intelligent internet of things system, a plurality of terminal equipments that include intelligent network system and be subjected to its control, described intelligent network system include primary gateway device, system bus and at least one subnet and close device; Described primary gateway device comprises: gateway service middleware, bottom hardware and network control system is characterized in that this primary gateway device also includes such as each described intelligence software service platform system in the claim 1 to 11.
15. an intelligent building includes structure trunk and the Intelligent internet of things system that is arranged at described structure trunk; Described Intelligent internet of things system includes intelligent network system and a plurality of terminal equipments that are subjected to its control, and described intelligent network system includes primary gateway device, system bus and at least one subnet pass device; Described primary gateway device comprises: gateway service middleware, bottom hardware and network control system is characterized in that this primary gateway device also includes such as each described intelligence software service platform system in the claim 1 to 11.
16. intelligent appliance equipment, include apparatus body and gateway apparatus, described gateway apparatus comprises: gateway service middleware, bottom hardware and network control system, it is characterized in that this gateway apparatus also includes such as each described intelligence software service platform system in the claim 1 to 11.
17. Intelligent internet of things system, include intelligent appliance equipment and a plurality of intelligent terminals that are subjected to its control, described intelligent appliance equipment includes apparatus body and gateway apparatus, described gateway apparatus comprises: gateway service middleware, bottom hardware and network control system, it is characterized in that this gateway apparatus also includes such as each described intelligence software service platform system in the claim 1 to 11.
18. an intelligent building includes structure trunk and the Intelligent internet of things system that is arranged at described structure trunk; Described Intelligent internet of things system includes intelligent appliance equipment and a plurality of intelligent terminals that are subjected to its control, this intelligent appliance equipment comprises apparatus body and gateway apparatus, described gateway apparatus comprises: gateway service middleware, bottom hardware and network control system, it is characterized in that this gateway apparatus also includes such as each described intelligence software service platform system in the claim 1 to 11.
19. an Intelligent internet of things system includes system bus, intelligent appliance equipment, at least one subnet pass device and a plurality of intelligent terminal; Described intelligent appliance equipment includes apparatus body and primary gateway device; Described primary gateway device comprises: gateway service middleware, bottom hardware and network control system is characterized in that this primary gateway device also includes such as each described intelligence software service platform system in the claim 1 to 11.
20. an intelligent building includes structure trunk and the Intelligent internet of things system that is arranged at described structure trunk; Described Intelligent internet of things system includes system bus, intelligent appliance equipment, at least one subnet and closes device and a plurality of intelligent terminal; Described intelligent appliance equipment includes apparatus body and primary gateway device; Described primary gateway device comprises: gateway service middleware, bottom hardware and network control system is characterized in that this primary gateway device also includes such as each described intelligence software service platform system in the claim 1 to 11.
21. a method that is used for the intelligence software service platform system is characterized in that, comprising:
Obtain the contextual information of the intelligent home network that changes and the mission bit stream of user's input;
Infer the user task of determining that needs are carried out according to the contextual information of obtaining and mission bit stream;
Described user task and service function are carried out automatic adaptation and described service function and device resource are carried out automatic adaptation, use the device resource that distributes to carry out described user task.
22. method as claimed in claim 21 is characterized in that, before the mission bit stream of the described contextual information of obtaining the intelligent home network that changes and user's input, described method also comprises:
In advance all entities of intelligent home network carried out parametric modeling structure parameterized model, wherein, described parameterized model comprises: device resource parameterized model, context information parameterized model, user task parameterized model, service function parameterized model.
23. method as claimed in claim 22 is characterized in that, described all entities to intelligent home network carry out parametric modeling and make up parameterized model, specifically comprise:
By the relation between the specific related notion of entity ontology definition and the concept, and according to system requirements structure parameterized model example.
24. method as claimed in claim 22 is characterized in that, the described contextual information of obtaining the intelligent home network that changes comprises:
Collection comprises the contextual information of dynamic contextual information and static contextual information;
The dynamic contextual information that gathers is carried out the dynamic contextual information that apperceive identity obtains reflecting user view;
Wherein, described static contextual information and described dynamic contextual information satisfy the requirement of described contextual information parameterized model.
25. method as claimed in claim 24 is characterized in that, the mission bit stream of described user's input comprises:
Multi-modal user's input information and files on each of customers input message.
26. method as claimed in claim 22 is characterized in that, the contextual information that described basis is obtained and mission bit stream are inferred the user task of determining that needs are carried out, specifically comprise:
Carry out the reasoning of semantic-based according to described contextual information and mission bit stream, infer user task that need to determine execution, wherein, described user task satisfies the requirement of described user task parameterized model.
27. the system as claimed in claim 22 is characterized in that, the contextual information that described basis is obtained and mission bit stream are inferred the user task of determining that needs are carried out, also comprise
Use the expert system shell rule language to describe task strategy, the definition Mission Rules Guidelines;
According to described contextual information and mission bit stream, in the Mission Rules Guidelines of definition, mate, needing to obtain the user task of carrying out.
28. method as claimed in claim 22 is characterized in that, described described user task and service function are carried out automatic adaptation and described service function and device resource are carried out automatic adaptation, further comprises:
Selection can realize that one or more atomic function of described user task carry out service function and distribute, and wherein, described service function satisfies the requirement of described service function parameterized model;
Running status and the resource status current according to system select suitable device resource to carry out device resource allocation, and wherein, described device resource satisfies the requirement of described device resource parameterized model.
29. method as claimed in claim 28 is characterized in that, described selection can realize that one or more atomic function of described user task carry out service function and distribute, and specifically comprises:
User task is resolved into a plurality of child user tasks, and each subtask is distributed by the function services function of system intelligence body.
30. method as claimed in claim 29 is characterized in that, described running status and the resource status current according to system select suitable device resource to carry out device resource allocation, specifically comprise:
The negotiation mechanism of use multiple agent is given each service function with device resource allocation.
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| CN2011102578633A CN102970193A (en) | 2011-09-02 | 2011-09-02 | System and method for intelligent software service platform, and device and family intelligence system comprising system |
| PCT/CN2011/085076 WO2013029329A1 (en) | 2011-09-02 | 2011-12-30 | Intelligence software service platform system and method, device and system including said system |
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