[PDF] Top 20 Design and Implementation of High Performance MAC Unit V Ashok Kumar & C Madhavi
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Design and Implementation of High Performance MAC Unit V Ashok Kumar & C Madhavi
... a design of high performance 64 bit Multiplier- and-Accumulator (MAC) is implemented in this ...total MAC unit operates at a frequency of 217 ...bit MAC unit is ... See full document
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Design and Implementation of RoBA Multiplier on MAC Unit
... adder design as it generate carry signal in O (log2 n) time and has the best performance in VLSI ...its performance. Kogge-Stone adder is widely used in high performance 32-bit, 64-bit, ... See full document
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Design & Implementation of DDFS Using VLSI Technology V Ashok Kumar & A Mahipal
... applications. Implementation of a CORDIC-based processor on FPGA gives us a powerful mechanism of implementing complex computations on a platform that provides a lot of resources and flexibility at a relatively ... See full document
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Design and implementation of High performance Montgomery Modular Multiplication on Verilog HDL
... CCSA design and skirted the superfluous convey spare addition operations to a great extent diminish the basic way delay and required clock cycles for finishing one MM ... See full document
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Design and Implementation of MAC Unit Using ANT Fixed Width Replica Redundancy Block
... multiplier design using fixed width RPR In this paper, we additionally proposed the settled fixed width RPR (replica redundancy ) tore put the full-width RPR hinder in the ANT (algorithmic noise tolerant )plan ... See full document
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Design & Implementation of AMBA Axi4 Using Verilog Sumalatha Gunji & V Ashok Kumar
... first 1990s, many on-chip bus-based communication architecture standards are projected to handle the communication needs of emerging SoC design. Some of the popular standards include ARM Micro- controller Bus ... See full document
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Implementation and Design of High Performance 128 bit parallel prefix MAC unit
... MAC unit is an inevitable component in many digital signal processing (DSP) applications involving multiplications and/or ...accumulations. MAC unit is used for high performance ... See full document
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Implementation of MAC UNIT Using Efficient Adders K Prashanth, Shanigarapu Naresh Kumar & B Pragathi
... A MAC unit consists of a multiplier and an accumulator containing the sum of the previous successive ...The MAC inputs are obtained from the memory location and given to the multiplier ...The ... See full document
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Design of High Performance 64 bit MAC Unit G Pushpa & Ms K Anuradha
... better performance when carry save adder is used in final stage instead of ripple carry ...efficient implementation of an arithmetic unit, the binary adder structure becomes a very critical hardware ... See full document
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Design of High Performance 64 bit MAC Unit T Bhavani & Ms K Anuradha
... The method is explained below for two, 2 bit numbers A and B where A = a1a0 and B = b1b0 as shown in Fig. 1. Firstly, the least significant bits are multiplied which gives the least significant bit of the final product ... See full document
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32-BIT MAC UNIT DESIGN USING VEDIC MULTIPLIER
... the implementation of the reconfigurable 32-bit MAC architecture using 4-bit, 8-bit, 16-bit as basic building ...modular design where smaller block can be used to design the bigger ...the ... See full document
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ABSTRACT: In this paper Design of high speed MAC unit based on Vedic multiplier algorithm. Generally MAC
... The main purpose of Vedic Mathematics is to be able to solve complex calculations by simple techniques. The formula being very short makes them practically simple in implementation. Urdhva-tiryagbhyam (Vertically ... See full document
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Design and performance analysis of BCSE algorithm and Han Carlson adder based MAC unit
... A MAC unit consists of a multiplier in combinational logic followed by an adder and an accumulator register that stores the ...Efficient implementation of MAC Unit is crucial in most of ... See full document
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Design of High Speed MAC (Multiply and Accumulate) Unit Based On “Urdhva Tiryakbhyam Sutra”
... adder implementation, still carry is rippled to the next stage, of the same row, even though inputs to the lower next stage is ready, but kept in a wait state, until the sum and carry output didn’t come from the ... See full document
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FPGA Implementation of Multiply Accumulate (MAC) Unit based on Block Enable Technique
... the design and implementation of low power MAC unit with block enable ...1-bit MAC unit is designed, with appropriate geometries that gives optimized power, area and ...the ... See full document
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A REVIEW ON: DESIGN OF 32-BIT MAC UNIT FOR COMPLEX NUMBERS IN VHDL
... Available Online at www.ijpret.com 353 shown in Fig. 1, where the inputs A and B are multiplied then the multiplication result is added with the previous MAC result. If A, B are n bits wide then the multiplication ... See full document
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Arithmetic & Logic Unit (ALU) Design using Reversible Control Unit Sayalee S Gunturkar & N Ashok Kumar
... logical unit using reversible control unit has been ...proposed design with the existing designs[20,21] in terms of reversible gates used, Garbage out- puts, Quantum Cost, Quantum depth, constant in- ... See full document
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Review On Design Of Low Power Multiply And Accumulate Unit Using Baugh Wooley Based Multiplier
... multiplier.the MAC unit Baugh–Wooley multiplier is implemented using 180nm technology cadence ...the MAC unit using Wallace tree multliplier is ...Novel High performance ... See full document
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Design of MAC Unit for Complex Numbers in VHDL
... the MAC which can be designed in many ...the MAC is accumulator which can be designed in several ways namely, ripple carry adder and carry look ahead ... See full document
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Implementation of an Efficient Multiplier Using Adaptive Hold Logic V Ashok Kumar & Sandhya Rani
... In this situation, the interaction between inversion layer holes and hydrogen-passivated Si atoms breaks the Si–H bond generated during theoxidation process, generating H or H2 molecules. When these molecules diffuse ... See full document
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