scholar.google.com › citations
Section 3 discusses cross-entropy and combinatorial optimisation via rare events simulation. Section 4 describes our main algorithm for sequence alignment by ...
We present a new stochastic method for finding the optimal alignment of DNA sequences. The method works by generating random paths through a graph (the edit ...
Abstract: We present a new stochastic method for finding the optimal alignment of DNA sequences. The method works by generating random paths through a graph ...
PDF | We present a new stochastic method for finding the optimal alignment of DNA sequences. The method works by generating random paths through a graph.
A new stochastic method for finding the optimal alignment of DNA sequences that has great potential for a large class of combinatorial optimisation problems ...
The rules with which to update the transition probabilities are based on Rubinstein's Cross-Entropy Method, a new technique for stochastic optimization.
We propose in this paper a novel approach for identifying rare events that may endanger power system integrity. This approach is inspired by the rare-event ...
Missing: alignment | Show results with:alignment
Abstract—We propose in this paper a novel approach for identifying rare events that may endanger power system integrity. This approach is inspired by the ...
Missing: alignment | Show results with:alignment
This paper deals with estimation of probabilities of rare events in static simulation models using a fast adaptive two-stage procedure based on importance ...
The Cross-Entropy Method for Combinatorial and Continuous Optimization. Rubinstein R. Q2. Springer Nature. Methodology and Computing in Applied Probability ...