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Using Formal Theory to Determine Sequential Logic Circuit States

Authors: OGUNLERE Samson , & ALAO Olujimi

Publication Type: Conference proceedings

Journal: Proceedings Of The 2nd International Conferencve On Intelligent Computing And Emerging Technologies

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Abstract

Finite State Machine (FSM) is one way to describe the behavior of a circuit with state which takes inputs and uses those inputs and the state to compute outputs, so as to determine what state to transit into. Flip Flops are sequential digital circuits that hold (remember) logic values. The ability of computer systems to operate without the continuous human intervention is solely achieved through sequential logic circuits known as Flip Flops (Memory Elements). More sophisticated Flip Flops and logic gates machines known as the Central Processing Units (CPUs) use finite state machines as control units to synchronize the fetch, execute and decode cycle. The focus of this paper is on the sequential logic circuit, specifically, the Jump Key (JK) Flip Flops. The aim of this research is to show that logic circuit design for various digital device applications can be achieved using Finite State Machine (FSM) technique.

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OGUNLERE,S. ALAO,O. . (2016). Using Formal Theory to Determine Sequential Logic Circuit States, 2 (), 204-204.

OGUNLERE,S. ALAO,O. . "Using Formal Theory to Determine Sequential Logic Circuit States" 2, no (), (2016): 204-204.

OGUNLERE,S. and ALAO,O. and . (2016). Using Formal Theory to Determine Sequential Logic Circuit States, 2 (), pp204-204.

OGUNLERES, ALAOO, . Using Formal Theory to Determine Sequential Logic Circuit States. 2016, 2 ():204-204.

OGUNLERE,Samson , and ALAO,Olujimi . "Using Formal Theory to Determine Sequential Logic Circuit States", 2 . (2016) : 204-204.

O.Samson & A.Olujimi , "Using Formal Theory to Determine Sequential Logic Circuit States" vol.2, no., pp. 204-204, 2016.

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