Research On The Architecture Of Internetware Drived By Active-service

With the Internet has been rapidly developed and widely used in the currentenvironment, the advantage of the Internet platforms relative to common hardwareplatforms is becoming more and more obvious. Traditional software engineeringapproach to software development has become increasingly unable to meet the needsof Internet platform software development. Internetware as a new form of software,with its good ability to adapt to the complex and changing Internet environment,hasbeen extensively studied by domestic and foreign researchers. In this thesis, I willput forward some solutions to solve some problems exist in the current Internetware,and construct the active service-driven Internetware architecture based on theseimprovements.First，in order to solve the problem that high technical requirements in terms ofa generic interface to the software entities in interaction between software entities forcurrent network structure of Internet ware, we put forward the concept of componentsuppliers. We put the software entities as an individual, each of different interactonly with component suppliers. So we can not only deliver the realization ofcommon interface to the suppliers, can also substantially reduce a lot of code thatcommon interface of each software entity must be have. Then, in view of the currentInternetware interaction can only rely on logic reasoning to give service in theprocess of control, security, and the network structure of adaptive software, since theevolution direction of higher degree of deviation, we introduce the concept of activeservice, our service to active service with the logic input, active service processing,joined the artificial control, makes an adaptive, since evolution is in the direction ofthe artificial software entities and components suppliers, thus to realize the networkstructure of software in the controllability and reliability in the process of evolution.On the basis of the above, this thesis puts forward a kind of active service drivenonline software architecture. The system with a description of the basic input, first ofall to get a description of relevant processing and ontology, and then describedsituation ontology description logic processing to the final, then component rulesthrough the situation ontology mapping, conclude logically corresponding unitconstruction sequence and the output unit construction sequence to active service push layer, through active service to confirm and man-made coordination of services,it is concluded that the final software entities really need and component suppliers toprovide services.Based on this thesis, we have developed a small assisted learning system.Through this system, the process of evolution and self-adaptive intuitively displayedout. To some extent, it indicates the feasibility of the system at the macro. Finally,we summarize the research process of the thesis and look to the architecture thethesis proposed.