This paper presents a new technique for the fast simulation of the bit error rate and other statistical performance measures of communication systems. Whereas traditional fast simulation techniques are usually based on importance sampling, the proposed technique is based on conditional Monte Carlo analysis. One advantage over importance sampling is that the proposed technique is systematic in its design and is proved to be asymptotically optimal
We present new adaptive importance sampling techniques based on stochastic Newton recursions. Their ...
Importance sampling is used in this paper to address the classical yet important problem of performa...
Code-division multiple access (CDMA) has recently found widespread applications in various applicati...
One would like to evaluate and compare complex digital communication systems based upon their overal...
This thesis investigates biased Monte Carlo (MC) methods for efficient simulation of orthogonal freq...
Over the past decade there has been considerable interest in using Monte Carlo (MC) simulation techn...
In evaluating the BER for direct sequence spread spectrum multiple-access communication systems, it ...
Importance sampling is a- modified. Monte Carlo simulation technique which can dramatically reduce t...
This paper considers the performance of code division multiple access (CDMA) communications. Of part...
This dissertation focuses on the importance sampling (IS) variance reduction technique in the Monte ...
Recently, code division multiple access (CDMA) has found wide-spread applications in various applica...
The evaluation of bit error rate (BER) of a digital communication system is usually done via simulat...
Evaluation of bit error rates (BER) of a digital communication system is usually done via simulation...
International audienceIn general, performance of communication system receivers cannot be calculated...
Abstract — This paper deals with efficiency issues of estimating common error performance measures o...
We present new adaptive importance sampling techniques based on stochastic Newton recursions. Their ...
Importance sampling is used in this paper to address the classical yet important problem of performa...
Code-division multiple access (CDMA) has recently found widespread applications in various applicati...
One would like to evaluate and compare complex digital communication systems based upon their overal...
This thesis investigates biased Monte Carlo (MC) methods for efficient simulation of orthogonal freq...
Over the past decade there has been considerable interest in using Monte Carlo (MC) simulation techn...
In evaluating the BER for direct sequence spread spectrum multiple-access communication systems, it ...
Importance sampling is a- modified. Monte Carlo simulation technique which can dramatically reduce t...
This paper considers the performance of code division multiple access (CDMA) communications. Of part...
This dissertation focuses on the importance sampling (IS) variance reduction technique in the Monte ...
Recently, code division multiple access (CDMA) has found wide-spread applications in various applica...
The evaluation of bit error rate (BER) of a digital communication system is usually done via simulat...
Evaluation of bit error rates (BER) of a digital communication system is usually done via simulation...
International audienceIn general, performance of communication system receivers cannot be calculated...
Abstract — This paper deals with efficiency issues of estimating common error performance measures o...
We present new adaptive importance sampling techniques based on stochastic Newton recursions. Their ...
Importance sampling is used in this paper to address the classical yet important problem of performa...
Code-division multiple access (CDMA) has recently found widespread applications in various applicati...