PROJECT TITLE :

Hardware and Energy-Efficient Stochastic LU Decomposition Scheme for MIMO Receivers - 2016

ABSTRACT:

During this paper, we style a hardware and energy-economical stochastic lower-higher decomposition (LUD) scheme for multiple-input multiple-output receivers. By employing stochastic computation, the advanced arithmetic operations in LUD will be performed with simple logic gates. With proposed dual partition computation method, the stochastic multiplier and divider exhibit high computation accuracy with relative short length stochastic stream. We have a tendency to have designed and synthesized the stochastic LUD with CMOS one hundred thirty-nm technology. According to the postlayout report, the hardware potency of the stochastic LUD is as high as one.five× compared with the exiting LUD methods, and also the energy potency is additionally on top of the state-of-the-art LUD when the matrix dimension is eight × eight and larger.


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Radio Receivers Logic Gates Logic Design Multiplying Circuits Stochastic Processes Mimo Communication Energy Conservation Cmos Logic Circuits Decomposition Dividing Circuits Telecommunication Power Management
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