Add to ORKGAbstract The cell probe model is a general, combinatorial model of data structures. We give a survey of known results about the cell probe complexity of static and dynamic data structure problems, with an emphasis on techniques for proving lower bounds
We consider the cell probe complexity of the polynomial evaluation problem with preprocessing of coe...
AbstractGiven a database of n points in {0,1}d, the partial match problem is: In response to a query...
Thesis (Ph.D.)--University of Washington, 2020In this thesis, we study basic lower bound questions i...
AbstractWe consider time-space tradeoffs for static data structure problems in the cell probe model ...
We study the complexity of the dynamic partial sum problem in the cell-probe model. We give the mode...
AbstractThis work present several advances in the understanding of dynamic data structures in the bi...
In this paper we consider two-party communication complexity, the ‘‘asymmetric case’’, when the inpu...
AbstractIn this paper we consider two-party communication complexity, the “asymmetric case”, when th...
In this lecture, we discuss lower bounds on the cell-probe complexity of the static predecessor prob...
The bit probe complexity of a static data structure problem within a given size bound was defined b...
SIGLEAvailable from British Library Document Supply Centre- DSC:7769.09285(WU-DCS-RR--267) / BLDSC -...
In the cell probe model with word size 1 (the bit probe model), a static data structure problem is g...
AbstractWe consider the cell probe complexity of the polynomial evaluation problem with preprocessin...
Abstract We introduce new models for dynamic computation based on the cell probe model of Fredman an...
In this paper, we study the role non-adaptivity plays in maintaining dynamic data struc-tures. Rough...
We consider the cell probe complexity of the polynomial evaluation problem with preprocessing of coe...
AbstractGiven a database of n points in {0,1}d, the partial match problem is: In response to a query...
Thesis (Ph.D.)--University of Washington, 2020In this thesis, we study basic lower bound questions i...
AbstractWe consider time-space tradeoffs for static data structure problems in the cell probe model ...
We study the complexity of the dynamic partial sum problem in the cell-probe model. We give the mode...
AbstractThis work present several advances in the understanding of dynamic data structures in the bi...
In this paper we consider two-party communication complexity, the ‘‘asymmetric case’’, when the inpu...
AbstractIn this paper we consider two-party communication complexity, the “asymmetric case”, when th...
In this lecture, we discuss lower bounds on the cell-probe complexity of the static predecessor prob...
The bit probe complexity of a static data structure problem within a given size bound was defined b...
SIGLEAvailable from British Library Document Supply Centre- DSC:7769.09285(WU-DCS-RR--267) / BLDSC -...
In the cell probe model with word size 1 (the bit probe model), a static data structure problem is g...
AbstractWe consider the cell probe complexity of the polynomial evaluation problem with preprocessin...
Abstract We introduce new models for dynamic computation based on the cell probe model of Fredman an...
In this paper, we study the role non-adaptivity plays in maintaining dynamic data struc-tures. Rough...
We consider the cell probe complexity of the polynomial evaluation problem with preprocessing of coe...
AbstractGiven a database of n points in {0,1}d, the partial match problem is: In response to a query...
Thesis (Ph.D.)--University of Washington, 2020In this thesis, we study basic lower bound questions i...