×
Given an initially-connected non-deterministic finite automaton N having n states and working over an alphabet of size σ, there exists a succinct encoding for N taking σn2 + n bits of space, which can determine, given an input string x over , whether N accepts x in O(n2|x|) time, using 2n bits of working space.
Aug 9, 2022
(Non)-Deterministic finite automata are one of the simplest models of computation studied in automata theory. Here we study them through the lens of ...
Jul 22, 2019 · In this article, we study these models through the lens of succinct data structures where our ultimate goal is to encode these mathematical ...
Dec 28, 2022 · Throughout this paper, we assume that the input DFAs/NFAs that we want to encode succinctly are initially-connected.
Feb 22, 2021 · We also exhibit a succinct data structure for representing a non-deterministic finite automaton \mathcal {N} having n states over a \sigma - ...
Apr 6, 2019 · In this article, we study these models through the lens of succinct data structures where our ultimate goal is to encode these mathematical ...
We also exhibit a succinct data structure for representing a non-deterministic finite automaton N having n states over a σ -letter alphabet Σ using σ n 2 + n ...
Using this succinct representation, one can check if a given input string can be accepted by the acyclic deterministic finite automaton using time ...
Mar 29, 2022 · We show how to support various standard operations, namely union, intersection and complement, on the language accepted by the DFA. • We also ...
Non)-Deterministic finite automata are one of the simplest models of computation studied in automata theory. Here we study them through the lens of succinct ...
People also ask