Automated Realistic Testbed Synthesis for Power System Communication Networks based on Graph Metrics | IEEE Conference Publication | IEEE Xplore

Automated Realistic Testbed Synthesis for Power System Communication Networks based on Graph Metrics


Abstract:

Communication networks are integral to modern power grid operations and are becoming increasingly critical as grid dynamics speed up and as more controls become closed-lo...Show More

Abstract:

Communication networks are integral to modern power grid operations and are becoming increasingly critical as grid dynamics speed up and as more controls become closed-loop in form. Focusing on the interdependence between the physical grid and the communication system, we identify several key characteristics and typical graph properties based on analysis of a real communication system for a power grid. Moreover, an automated process was provided for synthetic testbed in the NS-3 simulator for the power system test case, and its network characteristics have been further derived for power system monitoring and control applications.
Date of Conference: 17-20 February 2020
Date Added to IEEE Xplore: 07 May 2020
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Conference Location: Washington, DC, USA

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