Add to ORKGThis paper presents a comparative study between three least squares-based state estimators. The study compares the performance of these estimators in identifying the presence of bad measurements of different types and magnitudes. Running a series of simulations with varying measurement redundancies assesses the performance of these estimators
Abstract—This paper analyzes the multiple bad data originated by a gross error in any voltage or cur...
The weighted least squares (WLS) estimator is commonly employed to solve the state estimation proble...
In the calibration of a measurement system, data are collected in order to estimate a mathematical m...
This paper presents a comparative study between three least squares-based state estimators. The stud...
The weighted least squares performance index test conventionally used in power system static state e...
International audienceIn an uncertain framework the performance of two methods of state estimation f...
Current state estimators employ the Weighted Least Squares (WLS) estimator to solve the state estima...
Abstract: Monitoring dynamical processes requires the estimation of the entire state, which is only ...
This article proposes a data driven technique for quantifying the performance of state estimators in...
Thesis (Ph.D.), Electrical Engineering, Washington State UniversityAlthough the state estimator has ...
This paper purpose is to implement a computational program to estimate the states (complex nodal vol...
We compare direct state measurement (DSM, or weak state tomography) to conventional state reconstruc...
International audienceThis paper presents a comparison in terms of accuracy and complexity between t...
State estimators, used to monitoring transmission networks, are not widely applied to distribution s...
This paper presents a comparison between the two main classes of Weighted Least Squares (WLS) state ...
Abstract—This paper analyzes the multiple bad data originated by a gross error in any voltage or cur...
The weighted least squares (WLS) estimator is commonly employed to solve the state estimation proble...
In the calibration of a measurement system, data are collected in order to estimate a mathematical m...
This paper presents a comparative study between three least squares-based state estimators. The stud...
The weighted least squares performance index test conventionally used in power system static state e...
International audienceIn an uncertain framework the performance of two methods of state estimation f...
Current state estimators employ the Weighted Least Squares (WLS) estimator to solve the state estima...
Abstract: Monitoring dynamical processes requires the estimation of the entire state, which is only ...
This article proposes a data driven technique for quantifying the performance of state estimators in...
Thesis (Ph.D.), Electrical Engineering, Washington State UniversityAlthough the state estimator has ...
This paper purpose is to implement a computational program to estimate the states (complex nodal vol...
We compare direct state measurement (DSM, or weak state tomography) to conventional state reconstruc...
International audienceThis paper presents a comparison in terms of accuracy and complexity between t...
State estimators, used to monitoring transmission networks, are not widely applied to distribution s...
This paper presents a comparison between the two main classes of Weighted Least Squares (WLS) state ...
Abstract—This paper analyzes the multiple bad data originated by a gross error in any voltage or cur...
The weighted least squares (WLS) estimator is commonly employed to solve the state estimation proble...
In the calibration of a measurement system, data are collected in order to estimate a mathematical m...