Optimization of multiplexer architecture in VLSI circuits

Sudhakar Alluri, K. Mounika, B. Balaji, D. Mamatha
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引用次数: 3

Abstract

In this paper, we develop n variable logic function using Multiplexer which is used to implement (n-1) variable Multiplexer. This reduces the architecture for implementation of any logic in gate level and thereby makes the hardware of the circuit less complex. This method also effects on area, power, delay which makes the system more efficient and reliable. Initially the three variable logic functions are implemented using 8x1 Multiplexer and then after the same logic is implemented using 4x1 Multiplexer. By this method of implementation, power is decreased by 10%, I/O Blocks are reduced by 20% and dynamic power consumption is reduced by 4% reduced which were shown in results. In our paper, the various parameters are compared and analyzed using Vivado tool.
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VLSI电路中多路复用器结构的优化
本文利用多路复用器开发n变量逻辑函数,用于实现(n-1)变量多路复用器。这减少了在门级实现任何逻辑的架构,从而使电路的硬件不那么复杂。该方法对系统的面积、功耗、时延等方面都有一定的影响,使系统更加高效可靠。最初使用8x1多路复用器实现三个可变逻辑功能,然后使用4x1多路复用器实现相同的逻辑。结果表明,通过这种实现方法,功耗降低10%,I/O块减少20%,动态功耗降低4%。本文利用Vivado工具对各参数进行了比较和分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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