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16X1 MULTIPLEXER USING 4X1 MULTIPLEXER

Platform : vlsi

AIM: IMPLEMENTATION OF 16X1 MULTIPLEXER USING 4X1 MULTIPLEXER ABSTRACT: Decoder accelerator architecture that offers versatility and re-programmability while maintaining a very high performance-cost metric. The accelerator is meant to address the MIMO decoding bottlenecks associated with the convergence of multiple high speed wireless standards onto a single device. It is scalable in the number of antennas, bandwidth, modulation format, and most importantly, present and emerging decoder algorithms. It features a Harvard-like architecture with complex vector operands and a deeply pipelined fixed-point complex arithmetic processing unit. Memory allows efficient access to operands in matrix form, while a custom state machine enhances performance in light of OFDM. The accelerator shows an advantage of up to 3 orders of magnitude in power-delay product for typical MIMO decoding operations relative to a general purpose DSP. LEARNING OBJECTIVE: To understand about 16x1 multiplexer using 4x1 multiplexer INPUT: Data / information about 16x1 multiplexer using 4x1 multiplexer OUTPUT : Simulated output of 16x1 multiplexer using 4x1 multiplexer APPLICATIONS: Very high speed integrated circuit hardware description language based design, VLSI Design SOSFTWARE TOOL USED: XLINX8.1I

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