2005Journal of Liaoning Technical UniversityRequires access

VHDL design of finite state machines

Cheng Yong

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Abstract

The design method of FSM based on VHDL is introduced, which doesn’t need state implication, state distribution, state coding, output and impulse function, and doesn’t need diagram drawing. All tasks can be carried out by EDA. The feature and the advantage of this design method are proved with an example of wave generator design and the validity of this design is testified by simulation. The modern digital system design of FSM is realized based on VHDL.

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What this paper is about

The design method of FSM based on VHDL is introduced, which doesn’t need state implication, state distribution, state coding, output and impulse function, and doesn’t need diagram drawing. All tasks can be carried out by EDA. The feature and the advantage of this design method are proved with an example of wave generator design and the validity of this design is testified by simulation. The modern digital system design of FSM is realized based on VHDL.

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Available abstract

The design method of FSM based on VHDL is introduced, which doesn’t need state implication, state distribution, state coding, output and impulse function, and doesn’t need diagram drawing. All tasks can be carried out by EDA. The feature and the advantage of this design method are proved with an example of wave generator design and the validity of this design is testified by simulation. The modern digital system design of FSM is realized based on VHDL.

Key concepts: VHDL, Finite-state machine, Computer science, State diagram, Abstract state machines, Coding (social sciences), State (computer science), Impulse (physics)

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