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systolic array

Design of IIR Systolic Array Architecture by using Linear Mapping Technique

Design of IIR Systolic Array Architecture by using Linear Mapping Technique

... Block diagram for this filter is shown in Figure 2. Table 1 represents edge mapping for the design B1. For 1st order IIR filter, the block diagram for B1 systolic array design is shown in Figure 3 ...

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A comparative study of synchronous and self timed systolic array architectures

A comparative study of synchronous and self timed systolic array architectures

... Instruction Systolic Array (ST-SISA), is based on that of an existing synchronous architecture called the Single Instruction Systolic Array (SISA); the reasons for its selection are explained ...

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Design and Analysis of a Compact Reversible Ternary Systolic Array
V Navya Sree & K Venkateshwarlu

Design and Analysis of a Compact Reversible Ternary Systolic Array V Navya Sree & K Venkateshwarlu

... reversible systolic array, one of the best examples of the parallel processing, using micro level ternary Toffoli ...reversible systolic array multiplier is shown along with ...

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Real-time stereo matching architecture based on 2D MRF model: a memory-efficient systolic array

Real-time stereo matching architecture based on 2D MRF model: a memory-efficient systolic array

... If we use Equation 22, the total buffer size becomes 3.3 Mb, which is 19 times smaller than HBP’s 62 Mb. Also, for processing one frame image, the 160 PEs need 0.6 MHz clocks. This speed amounts to 18.8 MHz clocks ...

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Novel VLSI Algorithm and Architecture with Good Quantization Properties for a High-Throughput Area Efficient Systolic Array Implementation of DCT

Novel VLSI Algorithm and Architecture with Good Quantization Properties for a High-Throughput Area Efficient Systolic Array Implementation of DCT

... linear systolic arrays having the same form and length and using a small number of I/O channels placed at the two extreme ends of the ...proposed systolic algorithm uses an appropriate parallelization ...

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Parallel Pipelined C-Slow Retimed Architecture through an Efficient Systolic Array

Parallel Pipelined C-Slow Retimed Architecture through an Efficient Systolic Array

... The construction of two parallel architectures with modified data flow and systolic array is introduced. In the data flow architecture, an instruction is ready for execution when data for its operands have ...

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Designing a Novel Reversible Systolic Array Using QCA

Designing a Novel Reversible Systolic Array Using QCA

... reversible systolic array design using QCA based on binary GF(2) and selecting adder-based TPE based on the most optimized Toffoli gate in the aspect of power dissipation and minimum output ...pipelined ...

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FPGA Implementation of Programmable Systolic Array for Sinusoidal Sequence Generation

FPGA Implementation of Programmable Systolic Array for Sinusoidal Sequence Generation

... The environment for the programming implementation circuit is based on VHDL. This implementation fully pipelined systolic array to generate sine series is based on Altera Cyclone III DE0 board. The ...

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A New Pipelined Systolic Array-Based Architecture for Matrix Inversion in FPGAs with Kalman Filter Case Study

A New Pipelined Systolic Array-Based Architecture for Matrix Inversion in FPGAs with Kalman Filter Case Study

... different array structures are shown in Figure 5, highlighted in bold ...basic systolic array re-enters the same single processing layer four times during three ...

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Design and Implementation of VLSI 8 Bit Systolic Array Multiplier

Design and Implementation of VLSI 8 Bit Systolic Array Multiplier

... multiplication. Systolic algorithms are the efficient algorithms to perform the binary ...multiplication. Systolic array is an arrangement of processors in an array where data flows ...

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A Self-timed implementation of the bi-way sorter systolic array processor

A Self-timed implementation of the bi-way sorter systolic array processor

... List Figure 1.1 Diagram of Figures of the contributions which effect the driving capcity of the clock signal 3 Figure 2.1 Diagram of a Figure 2.2 3x2 array of 7 bi-way cells Figure 2.3 D[r] ...

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Matrix Inversion Algorithm: Applications in High Speed MIMO LTE Receiver

Matrix Inversion Algorithm: Applications in High Speed MIMO LTE Receiver

... For matrix inversion, the size of the matrix is larger than 2 2 × in fixed- point implementation. The fixed-point algo- rithm has poor stability but floating-point work well and computation time requires fewer cycles ...

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FPGA-based protein sequence alignment : A review

FPGA-based protein sequence alignment : A review

... DP algorithm into more simplify algorithm as presented by Dydel and Bala [11] and Gok and Yilmaz [12]. Dydel and Bala claimed that large scale of protein sequence alignment can be done with some modification to the SW ...

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32 Bit NxN Matrix Multiplication: Performance Evaluation for Altera FPGA, i5 Clarkdale and Atom Pineview D Intel General Purpose Processors

32 Bit NxN Matrix Multiplication: Performance Evaluation for Altera FPGA, i5 Clarkdale and Atom Pineview D Intel General Purpose Processors

... a systolic array matrix multiplication implemented, i5 Clarkdale, and Atom Pineview-D Intel general purpose processors, which multiply two nxn 32-bit matrices and produce a 64-bit matrix as an ...more ...

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Design and implementation of FPGA based DNA sequence alignment accelerator

Design and implementation of FPGA based DNA sequence alignment accelerator

... Since systolic model proposed by Kung ...The systolic computation rate is limited by IO operations array, the heart of controlling the flow of blood to the cells because it is a source and a ...

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Realization of Prime-Length Discrete Sine Transform Using Cyclic Convolution

Realization of Prime-Length Discrete Sine Transform Using Cyclic Convolution

... The systolic arrays are used in the design and implementation of high performance digital signal processing ...equipment. Systolic architectures are established as the most popular and dominant class of ...

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Exploring  Energy  Efficient  Quantum-resistant  Signal  Processing  Using  Array  Processors

Exploring Energy Efficient Quantum-resistant Signal Processing Using Array Processors

... using systolic architecture for the first ...high-throughput systolic array polynomial multipliers, including NTT-based and convolution-based, and compare them to our low-cost sequential (non- ...

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Accelerating Extreme Learning Machine on FPGA by Hardware Implementation of Given Rotation - QRD

Accelerating Extreme Learning Machine on FPGA by Hardware Implementation of Given Rotation - QRD

... Besides, the GR-QRD was implemented as fully hardware logic to speed up the computation of ELM algorithm and Linear Systolic Array (LSA) was used as the parallel architecture to implement the GR-QRD ...

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A SURVEY ON VLSI ARCHITECTURE FOR 2-D DWT USING LIFTING SCHEMESwapnil Mahto1, Virendra Singh2

A SURVEY ON VLSI ARCHITECTURE FOR 2-D DWT USING LIFTING SCHEMESwapnil Mahto1, Virendra Singh2

... A systematic design method to construct several efficient architectures of 1-D and 2-D DWT with the systolic array mapping.A general 2-D architecture to implement the [r] ...

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The influence of plant species richness on stress recovery of humans

The influence of plant species richness on stress recovery of humans

... between systolic blood pressure di- rectly before and after the post-stress relaxation ...and systolic blood pressure measurements were cor- related (stressed, r = ...with systolic blood pressure ...

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