Add to ORKGWe propose a methodology for designing the local mapping rule for fully synchronized but energy-limited sensors in a distributed detection system, where sensors communicate with the fusion center over multiaccess channels. Using the proposed methodology, we come up with the modified detect-and-forward scheme and the modified amplify-and-forward scheme. The performance of the two schemes is analyzed. We show that optimizing the local mapping rule can lead to a larger error exponent under total power constraint. Manuscript received January 11, 2010; revised July 14, 2010; released for publication May 23, 2011
In the work presented here, we study how to combine decoding and fusion at the access point (AP) in ...
This dissertation begins with a tutorial survey which discusses many of the important topics associa...
Abstract—Traditional parallel distributed detection systems assume perfect channels between local se...
We propose a methodology for designing the local mapping rule for fully synchronized but energy-limi...
The problem of optimal power constrained distributed detection over a noisy multiaccess channel (MAC...
Classical distributed detection theory assumes that the local sensor outputs are reliably received a...
Distributed detection with dependent observations is always a challenging problem. The problem of de...
In this paper, we consider a distributed detection scenario where a number of remote sensors is link...
We consider the problem of distributed detection of a common random signal. After evaluating the det...
In this paper, optimum design of distributed detection is considered for a parallel sensor network s...
[[abstract]]In this work, we propose a sequential fusion scheme for distributed detection in an inho...
We consider the distributed detection of an emitter using multiple sensors deployed at deterministic...
We consider a binary hypothesis testing problem in a wireless sensor network, where a fusion center ...
Abstract—In this paper, we consider a distributed detection sce-nario where a number of remote senso...
We consider a distributed detection system for a wireless sensor network over slow-fading channels. ...
In the work presented here, we study how to combine decoding and fusion at the access point (AP) in ...
This dissertation begins with a tutorial survey which discusses many of the important topics associa...
Abstract—Traditional parallel distributed detection systems assume perfect channels between local se...
We propose a methodology for designing the local mapping rule for fully synchronized but energy-limi...
The problem of optimal power constrained distributed detection over a noisy multiaccess channel (MAC...
Classical distributed detection theory assumes that the local sensor outputs are reliably received a...
Distributed detection with dependent observations is always a challenging problem. The problem of de...
In this paper, we consider a distributed detection scenario where a number of remote sensors is link...
We consider the problem of distributed detection of a common random signal. After evaluating the det...
In this paper, optimum design of distributed detection is considered for a parallel sensor network s...
[[abstract]]In this work, we propose a sequential fusion scheme for distributed detection in an inho...
We consider the distributed detection of an emitter using multiple sensors deployed at deterministic...
We consider a binary hypothesis testing problem in a wireless sensor network, where a fusion center ...
Abstract—In this paper, we consider a distributed detection sce-nario where a number of remote senso...
We consider a distributed detection system for a wireless sensor network over slow-fading channels. ...
In the work presented here, we study how to combine decoding and fusion at the access point (AP) in ...
This dissertation begins with a tutorial survey which discusses many of the important topics associa...
Abstract—Traditional parallel distributed detection systems assume perfect channels between local se...