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Layout design and simulation of fault tolerant triple modular redundant ALU system

机译:容错三模冗余ALU系统的布局设计与仿真

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Reliability is one of the most critical factors that is to be considered during the designing phase of any product. There are many factors that contribute to make a system more reliable in terms of area, power, operating frequency and accuracy. This paper proposes the design of a 4bit fault tolerant ALU system using backend designing. Parallel processing along with triple modular redundancy (TMR) has been used to increase the operating speed of the system and also to make the system fault tolerant and accurate. The backend designing has been done using Micro-wind 3.1.7
机译:可靠性是任何产品设计阶段都要考虑的最关键因素之一。有很多因素可以使系统在面积,功率,工作频率和精度方面更加可靠。本文提出了使用后端设计的4位容错ALU系统的设计。并行处理与三重模块冗余(TMR)一起用于提高系统的运行速度,并提高系统的容错性和准确性。后端设计已使用Micro-wind 3.1.7完成

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