The Research Of New Distance Education Network System Software And The Analysis Of Hierarchical Management Structure Model

This article focuses on how to manage the software engineering technology indistance education service network project. Velocity and J2EE build the underlyingtechnology for the main service cuts. Describe the database access layer, businessprocess layer and the network layer between the service layer and importance. Builda Linux server remote teaching system services for the actual case to analyze.Discusses the perspective of CRM services far to teach black model, the mainhighlight of CRM customer relationship management model, which can beinformation technology, business processes interact fusion is established based on theperspective of human resources evaluation system, in order to guarantee thecustomer’s point of view excellent quality of service, on the relationship betweeninterconnected relationship between the depth and awareness have made aquantitative identification. From the relationship links between nodes, the depth ofthree aspects of the relationship described in Distance Education proposedclosed-loop control theory.Focuses on the optimization of P2P Distance Education Service gray box modelis proposed from the demand point of development and continuous improvement ofdistance education system, proposed digital signature technology and OTP much toteach students online service certification programs to address management problemsby using a random strong network password, and the portion of the increaseduncertainty protocol header, this header is uncertain cyberspace with time andchanges in existing.H model introduced Distance Education Service information exchange structures.The biggest feature is that it declares the tests should not be conducted after thecompletion of the development, and should be accompanied by much to teach the whole development process and software life cycle, H model is split into threedifferent important roles: Node providers, service requestor and node agents. Threemutually supporting, are indispensable. In addition, H model is responsible fordefects found defective system that will be able to immediately report the incident tothe server and copies defect occurred at a time node, error codes, and the associatedcontextual information.W describes the software management model checking method in teachinginformation redundancy, the introduction of data cache and error table pages, use theerror table page to keep track of W model data error rate. Distance Education systemis also embedded Agent_Z intelligent data mining techniques, through the link controlcommands, status and events command to test command tag. Main service systemalso introduces pmen shared management techniques to achieve a process on theserver side and the client cyberspace process space of interactive features. Foruploading teaching curriculum, teaching time, student information, teacherinformation to be translated and processed in order to obtain inside the networkprocesses all client processes linked descriptors, making space for these clients aseamless transition. Technology used in line with cost reduction. Tron kernel basedon the use of distance education service management models are analyzed, under thecontrol of the quality of distance education services EventFlag model curriculumSemaphore autonomous learning system model, network answering system FIFSmodel application in distance education system. Development of distance educationto achieve high quality.