AbstractThis work is concerned with simulating nondeterministic one-reversal multicounter automata (NCMs) by nondeterministic partially blind multihead finite automata (NFAs). We show that any one-reversal NCM with k counters can be simulated by a partially blind NFA with k blind heads. This provides a nearly complete categorization of the computational power of partially blind automata, showing that the power of a (k+1)-NFA lies between that of a k-NCM and a (k+1)-NCM
AbstractWe look at stateless multihead finite automata in their two-way and one-way, deterministic a...
AbstractIn this paper, we present an efficient nondeterministic algorithm to decide nonemptiness for...
AbstractThe main result of this paper is that a pushdown automaton M augmented with R(n) reversal-bo...
AbstractThis work is concerned with 1-way multihead finite automata (FA), both deterministic and non...
AbstractWe investigate the power of (1-reversal) counter machines (finite automata with multiple cou...
AbstractWe consider one-way nondeterministic machines which have counters allowed to hold positive o...
We introduce and investigate Nondeterministically Bounded Modulo Counter Automata (NBMCA), which are...
Abstractconsider counter machines, which are nondeterministic one-way finite automata augmented with...
IN computations by abstract computing devices such as the Turing machine, head reversals are require...
We introduce and investigate Nondeterministically Bounded Modulo Counter Automata (NBMCA), which are...
AbstractThe class of deterministic two-way finite automata augmented by reversal-bounded counters op...
Abstract We consider stateless counter machines which mix the features of one-head counter machines ...
AbstractWe study various generalizations of reversal-bounded multicounter machines and show that the...
The family of languages recognized by one-way multihead writing finite automata is investigated. It ...
AbstractWe introduce the new families (k,r)-RBC of languages accepted in quasi-realtime by one-way c...
AbstractWe look at stateless multihead finite automata in their two-way and one-way, deterministic a...
AbstractIn this paper, we present an efficient nondeterministic algorithm to decide nonemptiness for...
AbstractThe main result of this paper is that a pushdown automaton M augmented with R(n) reversal-bo...
AbstractThis work is concerned with 1-way multihead finite automata (FA), both deterministic and non...
AbstractWe investigate the power of (1-reversal) counter machines (finite automata with multiple cou...
AbstractWe consider one-way nondeterministic machines which have counters allowed to hold positive o...
We introduce and investigate Nondeterministically Bounded Modulo Counter Automata (NBMCA), which are...
Abstractconsider counter machines, which are nondeterministic one-way finite automata augmented with...
IN computations by abstract computing devices such as the Turing machine, head reversals are require...
We introduce and investigate Nondeterministically Bounded Modulo Counter Automata (NBMCA), which are...
AbstractThe class of deterministic two-way finite automata augmented by reversal-bounded counters op...
Abstract We consider stateless counter machines which mix the features of one-head counter machines ...
AbstractWe study various generalizations of reversal-bounded multicounter machines and show that the...
The family of languages recognized by one-way multihead writing finite automata is investigated. It ...
AbstractWe introduce the new families (k,r)-RBC of languages accepted in quasi-realtime by one-way c...
AbstractWe look at stateless multihead finite automata in their two-way and one-way, deterministic a...
AbstractIn this paper, we present an efficient nondeterministic algorithm to decide nonemptiness for...
AbstractThe main result of this paper is that a pushdown automaton M augmented with R(n) reversal-bo...