A new positioning algorithm based on RSS measurement is proposed. The algorithm adopts maximum likelihood estimation and semi-definite programming. The received signal strength model is transformed to a non-convex estimator for the positioning of the target using the maximum likelihood estimation. The non-convex estimator is then transformed into a convex estimator by semi-definite programming, and the global minimum of the target location estimation is obtained. This algorithm aims at the L0 known problem and then extends its application to the case of L0 unknown. The simulations and experimental results show that the proposed algorithm has better accuracy than the existing positioning algorithms
Abstract — In this article, we give a new algorithm for localization based on RSS measurement. There...
This paper addresses target localization problems in both noncooperative and cooperative 3-D wireles...
In this paper a two-phase compressive sensing (CS) and received signal strength (RSS)-based target l...
This thesis addresses the target localization problem in wireless sensor networks (WSNs) by employin...
In this paper, we propose new approaches based on convex optimization to address the received signa...
This work revises existing solutions for a problem of target localization in wireless sensor network...
Received signal strength (RSS)-based single source localization when there is not a prior knowledge ...
In this paper we develop a simple yet effective heuristic algorithm to estimate the location of a se...
IF/00325/2015 This work was funded by FCT/MEC through national funds and when applicable co-funded...
In this paper, we propose a new approach based on convex optimization to address the received signal...
Wireless localization has drawn significant attention over the past decade and the received signal s...
We deal with positioning of node in wireless sensornetwork (WSN) using received signal strength (RSS...
The received signal strength (RSS)-based approach to wireless localization offers the advantage of l...
The problem of positioning targets based on distance estimates is studied for cooperative wireless s...
We present a localization technique based on RSS measurement. We apply iterative maximum (ML) likeli...
Abstract — In this article, we give a new algorithm for localization based on RSS measurement. There...
This paper addresses target localization problems in both noncooperative and cooperative 3-D wireles...
In this paper a two-phase compressive sensing (CS) and received signal strength (RSS)-based target l...
This thesis addresses the target localization problem in wireless sensor networks (WSNs) by employin...
In this paper, we propose new approaches based on convex optimization to address the received signa...
This work revises existing solutions for a problem of target localization in wireless sensor network...
Received signal strength (RSS)-based single source localization when there is not a prior knowledge ...
In this paper we develop a simple yet effective heuristic algorithm to estimate the location of a se...
IF/00325/2015 This work was funded by FCT/MEC through national funds and when applicable co-funded...
In this paper, we propose a new approach based on convex optimization to address the received signal...
Wireless localization has drawn significant attention over the past decade and the received signal s...
We deal with positioning of node in wireless sensornetwork (WSN) using received signal strength (RSS...
The received signal strength (RSS)-based approach to wireless localization offers the advantage of l...
The problem of positioning targets based on distance estimates is studied for cooperative wireless s...
We present a localization technique based on RSS measurement. We apply iterative maximum (ML) likeli...
Abstract — In this article, we give a new algorithm for localization based on RSS measurement. There...
This paper addresses target localization problems in both noncooperative and cooperative 3-D wireles...
In this paper a two-phase compressive sensing (CS) and received signal strength (RSS)-based target l...