The Application Research Of Mesh Dynamic Topology Structure System Based On P2P

With the wireless network recent years's fast development, people use the networking was more complex, and the network equipment is also day by day to diversify. Along with the new technical equipment and application increase, the maintenance and the supervisory work have been getting more and more arduous. Because the network size is quite huge, equipment's physics sites are to be scattered, computers in the regional network terminal (computer) quantity is numerous, global administration is difficulty. When gives rise to the problem the technical personnel found the question spot with difficulty, the work are quite passive, moreover the efficiency to be very low,all these cause the network management technology personnel's working pressure and work load sharp growth. Therefore, we are urgently need one kind"the method"to be able to provide the clear analysis situs structure drawing.The article contrasts each kind of mainstream network topology discovery technology, unifies the mature P2P route model, devotes in discovering one scientific dynamic network analysis situs structure method. Applies this method reasonably in the analysis situs production, the analysis situs discovery and the analysis situs management, then can understand between intuitively entire net all equipment the complex physical connection relations, the connection line information and equipment's working condition. And should based on this provide the IP localization forecast function, causes the manager personnel to achieve clear to the network whole working condition, knows fairly well.The paper central thought is: Take solves"how fast, completely, real-time, objectively describes network each node and each node relations question"as the final goal. In improvement motion Agent in the technology, has absorbed the mixed style P2P topology merit, proposed that one kind of auto-adapted maintenance algorithm, has completed the dynamic discovery and the static maintenance mechanism of fixation, thus has realized the overall system analysis situs structure method optimization design step by step.