Every regular language that is described by non-deterministic finite automata can also be described by deterministic finite automata.

Such a machine can always be converted to a deterministic one recognizing the same language.

Optimizing an FSM means finding the machine with the minimum number of states that performs the same function.

Optimizing a FSM means finding the machine with the minimum number of states that performs the same function.

Optimizing an FSM means finding a machine with the minimum number of states that performs the same function.

The control circuit includes a module BUS state machine (MBSM), a PCI target state machine (PTSM), an arbiter state machine (ARSM), and an address decode logic (ADL) circuit.

The operating system is fundamentally a state machine.

A state machine (400) controls the programming steps.

Any language accepted by a finite state automaton is regular.

Any regular language can be accepted by a finite state automaton.

The controller may be implemented as a state machine.

A flexible and reliable state machine and a semiconductor device using the state machine are provided.

To the second state machine (202) are fed: a second signal (B) to be compared, an output signal (PA) of the first state machine (200) and a handshaking signal (RA) of the first state machine (200).

To a first state machine (200) are fed: a first signal (A) to be compared, an output signal (PB) of a second state machine (202) and a handshaking signal (RB) of the second state machine (202).

Any regular language can be accepted by a finite state automaton.