Network Management Architecture Desigin Based On6LowPAN And Related Technology Research

6LowPAN technology aimed at deploys the IPv6protocol in low power consumption and processing capacity limited equipment. It is one of the key technologies to realize all things are connected (Internet of Thing). But applied6LowPAN technology in the actual scene still needs to face the high cost, complex network management problems. This thesis combines6LowPAN technology and WSN network management architecture based on strategies designed Board507--wireless sensor node, GDUT-PAN--Standard-Private hybrid IPv6network protocol suite, Smart507--WSN intelligent management framework based on the strategy, and propose a static WSN routing planning scheme based on the Steiner Tree.GDUT-PAN and Static Routing Planning aims to cut the nodes’ cost in the6LowPAN. GDUT-PAN reduced the terminal nodes’ protocol stack’s storage resource usage (using the IAR compiler, ROM usage is less than2kbytes); Static Routing Planning replace dynamic routing scheme in WSN, under the premise of the network’s high performance, effectively reduces the complexity of routing scheme implemented in router nodes. Combine these two technology, we can control the cost of6LowPAN node in a low level.At the same time, Smart507designed to reduce the complexity of WSN management. It’s aimed at a class of WSN management optimization problem combine swarm intelligence and exist wsn-based middleware and network management strategy proposed a network management strategies based on the needs which automatically generate strategy based on management needs, enhance network management system’s autonomous level effectively.