MAC UNIT DESIGN-VLSI PROJECT
VLSI design and implementation of low power MAC unit with block enabling technique
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In the majority of digital signal processing (DSP) applications the critical operations are the multiplication and accumulation. Real-time signal processing requires high speed and high throughput Multiplier-Accumulator ( MAC ) unit that consumes low power, which is always a
VLSI Architecture of Pipelined Booth Wallace MAC Unit
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This paper describes the pipelined architecture of high-speed modified Booth Wallace Multiply and Accumulator. The proposed multiply and accumulate circuits are based on the Booth algorithm and the pipelining techniques, which are most widely used to accelerate the
VLSI design and implementation of low power mac for digital FIR filter
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In the majority of digital signal processing (DSP) applications the critical operations are the multiplication and accumulation. Multiplier-Accumulator ( MAC ) unit that consumes low power is always a key to achieve a high performance digital signal processing system. Finite
Implementation of High Speed MAC VLSI Architectures, Based on High Radix Modified Booth Algorithm
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Now a day the multimedia communication and digital signal processing systems are increasing which demand for high speed, low power consumption and lower delay. Addition as well as Multiplication is one of the key features of such systems. It is thought to propose a
Efficient and compatible VLSI architecture of parallel MAC based on high radix modified Booth algorithm
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In the current scenarios there is a requirement for high speed applications of digital signal processing. This need high speed low power, less delay and compact circuits. Multiplication and addition are the major required operations for digital signal processing. This need is
VLSI Implemenation of High Speed MAC Unit Using Karatsuba Multiplication Technique
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This research work is devoted to design speed optimized Multiply Accumulate Unit. MAC Unit is a digital coprocessor that plays a prominent role in digital domain to perform various sophisticated tasks such as FFT, DFT, resolving various complex equations being used in
DESIGN OF 6 TAP FIR FILTER USING VLSI FOR LOW POWER MAC
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In the majority of digital signal processing (DSP) applications the critical operations are the multiplication and accumulation. Multiplier-Accumulator ( MAC ) unit that consumes low power is always a key to achieve a high performance digital signal processing system. Finite
VLSI Design and Implementation of Low Power MAC Unit with Block Enabling Technique
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In the majority of digital signal processing (DSP) applications the critical operations are the multiplication and accumulation. Real-time signal processing requires high speed And high throughput Multiplier-Accumulator ( MAC ) unit that consumes low power, which is always a
New VLSI Architecture for 64-bit MAC Unit for DSP Applications using SPST
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In this paper, we proposed a new architecture of multiplier-and-accumulator ( MAC ) for high- speed arithmetic and low power. With the rapid advances in multimedia and communication system, high capacity signal processing are in demand, so High Speed MAC are essential to