We apply the semidefinite programming approach developed in arxiv:math.MG/0608426 to obtain new upper bounds for codes in spherical caps. We compute new upper bounds for the one-sided kissing number in several dimensions where we in particular get a new tight bound in dimension 8. Furthermore we show how to use the SDP framework to get analytic bounds
We present an extension of known semidefinite and linear programming upper bounds for spherical code...
In this paper we present a study of the linear programming technique developed by Delsarte, Goethal ...
Linear programming bounds provide an elegant method to prove optimality and uniqueness of an (n,N,t)...
htmlabstractWe apply the semidefinite programming approach developed in arxiv:math.MG/0608426 to obt...
We apply the semidefinite programming approach developed in arxiv:math.MG/0608426 to obtain new uppe...
AbstractIn this paper, we apply the semidefinite programming approach developed in [C. Bachoc, F. Va...
AbstractIn this paper, we apply the semidefinite programming approach developed in [C. Bachoc, F. Va...
This paper develops a new method to obtain upper bounds for spherical codes, based on semidefinite p...
Recently A. Schrijver derived new upper bounds for binary codes using semidefinite programming. In t...
htmlabstractRecently A. Schrijver derived new upper bounds for binary codes using semidefinite progr...
htmlabstractRecently A. Schrijver derived new upper bounds for binary codes using semidefinite progr...
Recently A. Schrijver derived new upper bounds for binary codes using semidefinite programming. In t...
We present an extension of known semidefinite and linear programming upper bounds for spherical code...
We present an extension of known semidefinite and linear programming upper bounds for spherical code...
ABSTRACT. We present an extension of the Delsarte linear programming method for spherical codes. For...
We present an extension of known semidefinite and linear programming upper bounds for spherical code...
In this paper we present a study of the linear programming technique developed by Delsarte, Goethal ...
Linear programming bounds provide an elegant method to prove optimality and uniqueness of an (n,N,t)...
htmlabstractWe apply the semidefinite programming approach developed in arxiv:math.MG/0608426 to obt...
We apply the semidefinite programming approach developed in arxiv:math.MG/0608426 to obtain new uppe...
AbstractIn this paper, we apply the semidefinite programming approach developed in [C. Bachoc, F. Va...
AbstractIn this paper, we apply the semidefinite programming approach developed in [C. Bachoc, F. Va...
This paper develops a new method to obtain upper bounds for spherical codes, based on semidefinite p...
Recently A. Schrijver derived new upper bounds for binary codes using semidefinite programming. In t...
htmlabstractRecently A. Schrijver derived new upper bounds for binary codes using semidefinite progr...
htmlabstractRecently A. Schrijver derived new upper bounds for binary codes using semidefinite progr...
Recently A. Schrijver derived new upper bounds for binary codes using semidefinite programming. In t...
We present an extension of known semidefinite and linear programming upper bounds for spherical code...
We present an extension of known semidefinite and linear programming upper bounds for spherical code...
ABSTRACT. We present an extension of the Delsarte linear programming method for spherical codes. For...
We present an extension of known semidefinite and linear programming upper bounds for spherical code...
In this paper we present a study of the linear programming technique developed by Delsarte, Goethal ...
Linear programming bounds provide an elegant method to prove optimality and uniqueness of an (n,N,t)...