In allusion to the application of compressed sensing theory in multi-target localization in wireless sensor networks, the paper proposes a method of sparse signal reconstruction based on artificial bee colony algorithm and designs partial update strategy of location coding. A mode of disturbances mutation operation for food source exploitation is designed to improve the search efficiency in high-dimensional solution space; it also improves the global search efficiency of the algorithm. The comparing of simulation analysis with other algorithms verifies that the algorithm effectively solves problem of multi-target localization in wireless sensor networks and has better resistance to interference
Reconstruction in compressed sensing relies on knowledge of a sparsifying transform. In a setting wh...
This paper addresses the problem of joint multi-source localization and environment perception in wi...
In this thesis, we focus on the localization of sparse wireless sensor networks (WSN) through exploi...
Source localization is an important problem in wireless sensor networks (WSNs). An exciting state-of...
Efficient localization of multiple targets is one of the basic technical problems in wireless sensor...
In this paper a two-phase compressive sensing (CS) and received signal strength (RSS)-based target l...
Compressed sensing is a signal processing method that performs the compressing and sensing processes...
Abstract—In this paper, we propose a novel compressive sensing (CS) based approach for sparse target...
Multi-target localization methods for locating of the movingtarget in interested area monitored by W...
Device-free localization (DFL) that aims to localize targets without carrying any electronic devices...
© The Author(s) 2017. Many applications provided by wireless sensor networks rely heavily on the loc...
Abstract: As a newly proposed theory, compressive sensing (CS) is commonly used in signal processing...
Abstract. We propose energy-efficient compressed sensing for wireless sensor networks using spatiall...
International audienceThe spatially distributed sparsity of the mobile devices (MDs) in indoor wirel...
Wireless sensor networks (WSNs) are widely used in various fields to monitor and track various targe...
Reconstruction in compressed sensing relies on knowledge of a sparsifying transform. In a setting wh...
This paper addresses the problem of joint multi-source localization and environment perception in wi...
In this thesis, we focus on the localization of sparse wireless sensor networks (WSN) through exploi...
Source localization is an important problem in wireless sensor networks (WSNs). An exciting state-of...
Efficient localization of multiple targets is one of the basic technical problems in wireless sensor...
In this paper a two-phase compressive sensing (CS) and received signal strength (RSS)-based target l...
Compressed sensing is a signal processing method that performs the compressing and sensing processes...
Abstract—In this paper, we propose a novel compressive sensing (CS) based approach for sparse target...
Multi-target localization methods for locating of the movingtarget in interested area monitored by W...
Device-free localization (DFL) that aims to localize targets without carrying any electronic devices...
© The Author(s) 2017. Many applications provided by wireless sensor networks rely heavily on the loc...
Abstract: As a newly proposed theory, compressive sensing (CS) is commonly used in signal processing...
Abstract. We propose energy-efficient compressed sensing for wireless sensor networks using spatiall...
International audienceThe spatially distributed sparsity of the mobile devices (MDs) in indoor wirel...
Wireless sensor networks (WSNs) are widely used in various fields to monitor and track various targe...
Reconstruction in compressed sensing relies on knowledge of a sparsifying transform. In a setting wh...
This paper addresses the problem of joint multi-source localization and environment perception in wi...
In this thesis, we focus on the localization of sparse wireless sensor networks (WSN) through exploi...