The accuracy of a source location estimate is very sensitive to the accurate knowledge of
receiver locations. This paper performs analysis and develops a solution for locating a …

This paper considers the problem of geolocating a target on the Earth surface whose altitude
is known previously using the target signal time difference of arrival (TDOA) and frequency …

This paper investigates the localization of a moving source in position and velocity, by
observing the emitted frequency from the source that is subject to the Doppler shift effect at a …

Fibre optic F‐P sensor has become one of the mainstream detection methods for partial
discharge faults due to their advantages of good insulation, high sensitivity, resistance to …

In many applications of wireless sensor networks (WSNs), sensor positions are often not
known exactly. The existence of sensor position error (SPE) may significantly impact system …

We propose a sensor selection method for time difference of arrival and angle of arrival
localization scenario. When the number of available sensors is given, we select the …

Receiver location uncertainty plays an important role in passive source localization since it
can significantly deteriorate the accuracy of the source location. This paper presents an …

Distributed radar systems promise to significantly enhance target localization by virtue of the
superiority of multi-view observations from widely separated radars, compared to their …

The accuracy of source localization is sensitive to the knowledge of the receiver positions. In
the presence of receiver position error, a robust algorithm is necessary to improve …