Transforming FSMs for Synthesis by Fault Tolerant Nano-PLAs

Ilya Levin; Osnat Keren

Transforming FSMs for Synthesis by Fault Tolerant Nano-PLAs

Ilya Levin
, Osnat Keren

Bar-Ilan University - The Alexander Kofkin Faculty of Engineering

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Abstract

The paper deals with designing finite state machines (FSM) by Nano PLA structures. Due to the devicemissing domination in nano-structures, it is desired to minimize both the area and the number of PLA devices required for the FSM implementation. We propose a solution of the minimization problem. Our solution is based on: a) partition of the FSM for two interacting components; b) transformation of one or two of the component FSMs into a dense form. We show that combining the above techniques provides a significant area reduction in comparison with the straightforward FSM implementation.

Original language	American English
Title of host publication	The 9th International Workshop on Boolean Problems
State	Published - 2010

Bibliographical note

Place of conference:Germany

Cite this

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title = "Transforming FSMs for Synthesis by Fault Tolerant Nano-PLAs",

abstract = "The paper deals with designing finite state machines (FSM) by Nano PLA structures. Due to the devicemissing domination in nano-structures, it is desired to minimize both the area and the number of PLA devices required for the FSM implementation. We propose a solution of the minimization problem. Our solution is based on: a) partition of the FSM for two interacting components; b) transformation of one or two of the component FSMs into a dense form. We show that combining the above techniques provides a significant area reduction in comparison with the straightforward FSM implementation.",

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N2 - The paper deals with designing finite state machines (FSM) by Nano PLA structures. Due to the devicemissing domination in nano-structures, it is desired to minimize both the area and the number of PLA devices required for the FSM implementation. We propose a solution of the minimization problem. Our solution is based on: a) partition of the FSM for two interacting components; b) transformation of one or two of the component FSMs into a dense form. We show that combining the above techniques provides a significant area reduction in comparison with the straightforward FSM implementation.

AB - The paper deals with designing finite state machines (FSM) by Nano PLA structures. Due to the devicemissing domination in nano-structures, it is desired to minimize both the area and the number of PLA devices required for the FSM implementation. We propose a solution of the minimization problem. Our solution is based on: a) partition of the FSM for two interacting components; b) transformation of one or two of the component FSMs into a dense form. We show that combining the above techniques provides a significant area reduction in comparison with the straightforward FSM implementation.

UR - https://scholar.google.co.il/scholar?q=Transforming+FSMs+for+Synthesis+by+Fault+Tolerant+Nano-PLAs&btnG=&hl=en&as_sdt=0%2C5

M3 - Conference contribution

BT - The 9th International Workshop on Boolean Problems

ER -

Transforming FSMs for Synthesis by Fault Tolerant Nano-PLAs

Abstract

Bibliographical note

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