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Designing and Using FPGAs beyond Classical Binary Logic: Opportunities in Nano-Scale Integration Age

机译：设计和使用超越经典二进制逻辑的FPGA：纳米级集成时代的机遇

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In this paper, we first recap the rationale beyond the (non)-acceptance of multi-valued logic in implementing FPGAs so far, explaining the most critical technological and tool support details. Then, we outline the critical applications of FPGAs (e.g., emulation) where the non-binary nature can be exploited by MVL implementation. Finally, we highlight the most significant opportunities that present themselves with the transition to the nano-scale system implementations.

机译：在本文中，我们首先概述了到目前为止实现FPGA时超出（不接受）多值逻辑的基本原理，并解释了最关键的技术和工具支持细节。然后，我们概述了FPGA的关键应用（例如，仿真），其中MVL实现可以利用非二进制性质。最后，我们重点介绍了向纳米级系统实现过渡时展示的最重要机会。

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《Multiple-Valued Logic, 2009. ISMVL '09》|2009年|268-273|共6页
会议地点 Naha(JP);Naha(JP)
作者
Zilic Z.;
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McGill Univ., Montrea, QC;

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关键词
field programmable gate arrays; integrated circuit design; logic design; multivalued logic; nanoelectronics; FPGA design; classical binary logic; emulation; nanoscale integration; Design tools; FPGAs; High Capacity Memories; Multiple-valued logic; Nanotechnology; Verification;

机译：现场可编程门阵列;集成电路设计;逻辑设计;多值逻辑;纳米电子; FPGA设计;经典二进制逻辑;仿真;纳米尺度集成;设计工具; FPGA;大容量存储器;多值逻辑;纳米技术;验证;

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4. Designing and Using FPGAs Beyond Classical Binary Logic: Opportunities in Nano-scale Integration Age [C] . Zeljko Zilic IEEE International Symposium on Multiple-Valued Logic . 2009

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Designing and Using FPGAs beyond Classical Binary Logic: Opportunities in Nano-Scale Integration Age

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