to appearInternational audiencePseudo-random numbers are usually a good enough approximation of random numbers in evolutionary algorithms. But quasi-random numbers follow a different idea, namely they are aimed at being more regularly distributed than random points. It has been pointed out in earlier papers that quasi-random points provide a significant improvement in evolutionary optimization. In this paper, we experiment quasi-random mutations on a well known test case, namely the Coco/Bbob test case. We also include experiments on translated or rescaled versions of BBOB, on which we get similar improvements
Resampling (typically, but not necessarily, bootstrapping) is a well-known stochastic technique for ...
Resampling (typically, but not necessarily, bootstrapping) is a well-known stochastic technique for ...
International audienceWe experiment the efficiency of quasi-random mutations in evolution strategies...
to appearInternational audiencePseudo-random numbers are usually a good enough approximation of rand...
to appearInternational audiencePseudo-random numbers are usually a good enough approximation of rand...
to appearInternational audiencePseudo-random numbers are usually a good enough approximation of rand...
International audienceWe experiment the efficiency of quasi-random mutations in evolution strategies...
International audiencePrevious studies have shown the efficiency of using quasi-random mutations on ...
Abstract. [10, 22] presented various ways for introducing quasi-random numbers or de-randomization i...
International audienceIn a preliminary part of this paper, we analyze the neces- sity of randomness ...
International audienceRandomization is an efficient tool for global optimization. We here define a m...
International audienceIn a preliminary part of this paper, we analyze the neces- sity of randomness ...
International audienceIn a preliminary part of this paper, we analyze the neces- sity of randomness ...
International audienceRandomization is an efficient tool for global optimization. We here define a m...
Resampling (typically, but not necessarily, bootstrapping) is a well-known stochastic technique for ...
Resampling (typically, but not necessarily, bootstrapping) is a well-known stochastic technique for ...
Resampling (typically, but not necessarily, bootstrapping) is a well-known stochastic technique for ...
International audienceWe experiment the efficiency of quasi-random mutations in evolution strategies...
to appearInternational audiencePseudo-random numbers are usually a good enough approximation of rand...
to appearInternational audiencePseudo-random numbers are usually a good enough approximation of rand...
to appearInternational audiencePseudo-random numbers are usually a good enough approximation of rand...
International audienceWe experiment the efficiency of quasi-random mutations in evolution strategies...
International audiencePrevious studies have shown the efficiency of using quasi-random mutations on ...
Abstract. [10, 22] presented various ways for introducing quasi-random numbers or de-randomization i...
International audienceIn a preliminary part of this paper, we analyze the neces- sity of randomness ...
International audienceRandomization is an efficient tool for global optimization. We here define a m...
International audienceIn a preliminary part of this paper, we analyze the neces- sity of randomness ...
International audienceIn a preliminary part of this paper, we analyze the neces- sity of randomness ...
International audienceRandomization is an efficient tool for global optimization. We here define a m...
Resampling (typically, but not necessarily, bootstrapping) is a well-known stochastic technique for ...
Resampling (typically, but not necessarily, bootstrapping) is a well-known stochastic technique for ...
Resampling (typically, but not necessarily, bootstrapping) is a well-known stochastic technique for ...
International audienceWe experiment the efficiency of quasi-random mutations in evolution strategies...