Publication | Closed Access
A Generalised Twinning Property for Minimisation of Cost Register Automata
19
Citations
11
References
2016
Year
Unknown Venue
Mathematical ProgrammingEngineeringPushdown AutomatonComputational ComplexityWeighted AutomatonFormal VerificationTransitions WeightsFinite-state AutomataEquivalence CheckingCombinatorial OptimizationLogical AutomatonQuantum AutomatonGeneralised Twinning PropertyComputer EngineeringComputer ScienceTheory Of ComputingCost Register AutomataAutomated ReasoningFormal MethodsAutomaton OperationParallel Programming
Weighted automata (WA) extend finite-state automata by associating with transitions weights from a semiring S, defining functions from words to S. Recently, cost register automata (CRA) have been introduced as an alternative model to describe any function realised by a WA by means of a deterministic machine. Unambiguous WA over a monoid (M, ⊗) can equivalently be described by cost register automata whose registers take their values in M, and are updated by operations of the form x: = y ⊗ c, with c ∈ M. This class is denoted by CRA⊗c(M).
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