Abstract—A quickest change detection (QCD) algorithm is proposed to address the problem of detecting and identifying line outages in a power system.
Feb 23, 2017 · A quickest change detection (QCD) algorithm is proposed to address the problem of detecting and identifying line outages in a power system.
This adaptive algorithm is developed by treating the QCD problem as a dynamic composite hypothesis testing problem and is shown to have superior performance ...
This adaptive algorithm is developed by treating the QCD problem as a dynamic composite hypothesis testing problem. It is shown to have superior performance ...
Jul 2, 2020 · Line outage detection aims to detect an outage as soon as possible after it happened. Traditional methods either do not consider the transient ...
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Using voltage phase angle data collected from a limited number of PMUs, we propose a real-time dynamic outage detection scheme based on alternating current (AC) ...
Line outage detection aims to detect an outage as soon as possible after it happened. Traditional methods either do not consider the transient dynamics ...
It is shown that the proposed algorithm is applicable to situations where the transient dynamics of the power system following a line outage are considered.
A real-time dynamic outage detection scheme based on alternating current (AC) power flow model and statistical change detection theory is proposed that can ...
ABSTRACT. The problem of transient quickest change detection (QCD) is studied, in which the change from the initial to the final.