Self-healing networks: Performance improvement by automated switching algorithm

机译：自我修复网络：通过自动切换算法提高性能

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• Trigger Points Configured: 3500 • 430 up to end of March. • Now 100% coverage of the network. • Occasions Supplies Restored: 53 • Customer Interruptions Saved: 31613

机译：•已组态的触发点：3500•截至三月底的430。 •现在100％覆盖网络。 •恢复的临时耗材：53•已保存的客户中断时间：31613

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来源
《Electricity Distribution, 2009. CIRED 2009》|2009年|1-8|共8页
会议地点 Prague(CZ);Prague(CZ)
作者
Cox Paul W;
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UK;

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入库时间 2022-08-26 13:57:35

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1. The effect of vp switches on the performance of backup-vp algorithm in atm self-healing networks [J] . Tang Jian, Lei Zhenming Journal of Electronics (CHINA) . 1999,第4期

机译：vp交换机对atm自愈网络中backup-vp算法性能的影响
2. THE EFFECT OF VP SWITCHES ON THE PERFORMANCE OF BACKUP-VP ALGORITHM IN ATM SELF-HEALING NETWORKS [J] . 电子科学学刊：英文版 . 1999,第004期

机译：VP交换对ATM自修复网络备用-VP算法性能的影响
3. Towards self-healing in distribution networks operation: Bipartite graph modelling for automated switching [J] . Alena Kostalova, Pedro M.S. Carvalho Electric power systems research . 2011,第1期

机译：在配电网络中实现自我修复：自动切换的二部图建模
4. Self-healing networks performance improvement by automated switching algorithm [C] . Cox Paul W. International Conference and Exhibition on Electricity Distribution . 2009

机译：通过自动切换算法提高自愈网络性能
5. Parallel algorithms for high performance switching in communication networks. [D] . Lu, Enyue. 2004

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Self-healing networks: Performance improvement by automated switching algorithm

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