1- https://doi.org/10.1109/isgt.2016.7781155
Identification of network parameter and measurement errors based on a mixed integer quadratic programming model
- Sep 1, 2016
- Fangdi Hou +3 more
Abstract
This paper investigates identification of parameter and measurement errors in the power network model. A mixed integer quadratic programming (MIQP) model is proposed in this paper to precisely identify multiple parameter and measurement errors. In the proposed MIQP model, erroneous parameters and measurements are involved with penalty factor in the aim of minimizing weighted least-squares (WLS) objective function. The proposed method has the desired property of accurate identification with avoiding over identification in the meantime. Parameter and measurement errors can also be distinguished simultaneously in MIQP model. All these features are verified via simulations that are carried out on IEEE 14-bus system.
- # Mixed Integer Quadratic Programming Model
- # Mixed Integer Quadratic Programming
- # Identification Of Parameter Errors
- # Integer Quadratic Programming Model
- # Parameter Errors
- # Power Network Model
- # Measurement Errors
- # Quadratic Programming Model
- # Erroneous Parameters
- # Identification Of Errors
