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Power grid fault evolution model based on fuzzy cellular automata
YU Qun, ZHANG Min, CAO Na, HE Qing, SHI Liang
Journal of Computer Applications    2015, 35 (9): 2682-2686.   DOI: 10.11772/j.issn.1001-9081.2015.09.2682
Abstract517)      PDF (724KB)(440)       Save
To build a power grid fault model which is closer to the actual power grid, a new model named FCA was proposed combined with fuzzy theory and Cellular Automata (CA) to simulate the evolution of power grid failure, and the fuzzy rule bases of cellular status, power status and degree of fault transmission in the model was defined. Meanwhile, simulation with FCA model based on IEEE39 node system was conducted. The simulation results further validate the Self-Organized Criticality (SOC) of power grid, and show that the absolute value of losses load power law curve slope of this model increases by 17% than the model without fuzzy rule, the grid is more stable, and the FCA model is closer to the actual operation of grid.
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Study on a high reliable distributed virtual storage system
CAO Nan,KANG Mu-ning
Journal of Computer Applications    2005, 25 (12): 2820-2823.  
Abstract1736)      PDF (859KB)(1350)       Save
Aiming at the security and stability problems in distribute storage,a new distributed storage solution called RayStorage system was presented,and the main notion about "Distributed Visual Storage Architecture"(DVSA) which is the kernel of the ReyStorage System was discussed,and the basic concepts of storage pattern and the results of their efficiency analysis was given out.
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