In recent years, cooperative diversity systems have gained increased attention in the literature as a new way of combating the effect of signal fading. In this paper, we investigate the performance of these systems when adaptive modulation is used. More specifically, we consider the case of optimal instantaneous power and rate adaptation, optimal power adaptation with constant power, and truncated channel inversion adaptation, and study the performance of both regenerative and non-regenerative systems under Rayleigh type of fading. The performance criteria used is the channel capacity which is the maximum rate of data transmission at an arbitrarily small bit error rate.Scopu
This paper derives capacity of a fading channel with orthogonal frequency division multiplexing (OFD...
\u3cp\u3eIn this paper we propose modulation diversity as a candidate diversity scheme for uncoded c...
The performance of an adaptive modulation system in Rayleigh fading channels exploiting spatial dive...
We study the Shannon capacity of adaptive transmission techniques in conjunction with diversity-comb...
Efficient bandwidth utilization is paramount in wireless communication systems, particulary in fadin...
We derive closed-form expressions for the single-user capacity of maximal ratio combining diversity ...
We derive closed-form expressions for the single-user capacity of maximal ratio combining diversity ...
We consider the problem of finding optimal transmission rates and power allocation under the framewo...
AbstractCooperative diversity is a technique which improves the performance of the wireless communic...
This thesis analyzes the throughput performance of the cooperative diversity wireless network using ...
Abstract—This paper presents a capacity analysis of a decode-and-forward (DF) cooperative network wi...
Abstract — We present and analyze several adaptive modulation schemes for wireless multihop systems ...
Abstract—A set of optimum mode-switching levels is de-rived for a generic constant-power adaptive-mo...
A common technique that is conjointly wide utilized in communication systems are that the adjustive ...
Abstract—The use of constant-power, rate-adaptive M-QAM transmission with an amplify-and-forward coo...
This paper derives capacity of a fading channel with orthogonal frequency division multiplexing (OFD...
\u3cp\u3eIn this paper we propose modulation diversity as a candidate diversity scheme for uncoded c...
The performance of an adaptive modulation system in Rayleigh fading channels exploiting spatial dive...
We study the Shannon capacity of adaptive transmission techniques in conjunction with diversity-comb...
Efficient bandwidth utilization is paramount in wireless communication systems, particulary in fadin...
We derive closed-form expressions for the single-user capacity of maximal ratio combining diversity ...
We derive closed-form expressions for the single-user capacity of maximal ratio combining diversity ...
We consider the problem of finding optimal transmission rates and power allocation under the framewo...
AbstractCooperative diversity is a technique which improves the performance of the wireless communic...
This thesis analyzes the throughput performance of the cooperative diversity wireless network using ...
Abstract—This paper presents a capacity analysis of a decode-and-forward (DF) cooperative network wi...
Abstract — We present and analyze several adaptive modulation schemes for wireless multihop systems ...
Abstract—A set of optimum mode-switching levels is de-rived for a generic constant-power adaptive-mo...
A common technique that is conjointly wide utilized in communication systems are that the adjustive ...
Abstract—The use of constant-power, rate-adaptive M-QAM transmission with an amplify-and-forward coo...
This paper derives capacity of a fading channel with orthogonal frequency division multiplexing (OFD...
\u3cp\u3eIn this paper we propose modulation diversity as a candidate diversity scheme for uncoded c...
The performance of an adaptive modulation system in Rayleigh fading channels exploiting spatial dive...