This papaer illustrates these problem then resolves them. The simulation results prove the utility and efficiency of these algorithms. These solutions include: (1) proposing the region partition strategy (ERPN) for the large network and realizing this cheap polo shirts algorithm in the software; (2) proposing one routing algorithm(PRR) based on Dijkstra for the discount wedding prom dresses across region demands and the simulation result indicate it reduces the time complexity of Dijkstra in massive network; (3)implement of routing algorithm for wedding dresses form china multi-granularity demands in optical network(SDH/WDM); (4)specific to network survivability research then proposing cross-region P-Cycle construction and configuration algorithm, which is more matched the actual large scale network.Based on the achievement introduced in the previous dresses 1std chapter, this paper then states the system architecture of UnitransZXTOP and the details of cheap nike shoes design and implement in the module of traffic demands assignment and protection (TAPR). Including elaboration of data structures and program flowcharts, which correspond with the solutions stated in the previous chapters.In conclusion this paper exhibits the interface of UnitransZXTOP. A situational case of massive network planning and optimization verifies the validity and practicality of TAPR module and the whole system.
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