Contoh automaton

• If this is fixed then the automaton is a fixed structure deterministic or a fixed structure stochastic automaton.

• The idea is simply to construct an automaton like that pictured above for a specified behaviour.

• The macro for automata enables a programmer to ignore this distinction, while still leaving both implementations a possibility.

• Their method of dictionary storage (a minimal acyclic deterministic finite automaton) enables them to apply the substitutions and to check the results very rapidly.

• This enables client programmers to choose the algorithm and the type of automata they wish to use.

• It can be exactly the same as with deterministic finite automata if all possible percepts can be collected.

• The resulting graphs may be employed in various ways, for example as neural networks, as automata, or as knowledge-base queries.

• The dictionary can then be represented by an automaton in which final states are provided with numbers referring to these codes.

• In the operational approach, the semantics of a program is specified using the transition function of a suitable abstract machine (automaton).

• The operational semantics is given in terms of probabilistic automata.

• We give the language an operational semantics in terms of a simplified version of probabilistic automata.

• Extended patterns such as (2) are stripped of actions and compiled into automata whose union yields level recognizers, just as before.

• One natural implementation of this language of automata is to create a vector or other random-access data structure to represent the states.

• Our construction can be modified by adding final states to recover the classical minimal realisation theory for finite automata.

• One or more states are start states, unless the automaton is empty.