Weighted pseudorandom generators via inverse analysis of random walks and shortcutting
A weighted pseudorandom generator (WPRG) is a generalization of a pseudorandom
generator (PRG) in which, roughly speaking, probabilities are replaced with weights that are …
generator (PRG) in which, roughly speaking, probabilities are replaced with weights that are …
Derandomized squaring: An analytical insight into its true behavior
The notion of the derandomized square of two graphs, denoted as G s H, was introduced by
Rozenman and Vadhan as they rederived Reingold's Theorem, SL= 𝐋. This pseudorandom …
Rozenman and Vadhan as they rederived Reingold's Theorem, SL= 𝐋. This pseudorandom …
Recursive error reduction for regular branching programs
In a recent work, Chen, Hoza, Lyu, Tal and Wu (FOCS 2023) showed an improved error
reduction framework for the derandomization of regular read-once branching programs …
reduction framework for the derandomization of regular read-once branching programs …
Better Sparsifiers for Directed Eulerian Graphs
Spectral sparsification for directed Eulerian graphs is a key component in the design of fast
algorithms for solving directed Laplacian linear systems. Directed Laplacian linear system …
algorithms for solving directed Laplacian linear systems. Directed Laplacian linear system …
Linear-Sized Spectral Sparsifiers and the Kadison-Singer Problem
Abstract The Kadison-Singer Conjecture, as proved by Marcus, Spielman, and Srivastava
(MSS)[1], has been informally thought of as a strengthening of Batson, Spielman, and …
(MSS)[1], has been informally thought of as a strengthening of Batson, Spielman, and …
Extractors for Additive Structures and Space-bounded Computation
JJ Liao - 2024 - search.proquest.com
Randomness is a powerful resource in computer science, with rich applications in algorithm
design, cryptography, distributed computing, etc. Most of the applications assume access to …
design, cryptography, distributed computing, etc. Most of the applications assume access to …