area-optimized FPGA implementation
FPGA IMPLEMENTATION OF AREA OPTIMIZED AES ALGORITHM FOR SECURE COMMUNICATION APPLICATIONS
... the FPGA chip in use in small, low end devices such as ...their implementation can easily be flashed on a Xilinx FPGA Spartan3e chips due to the following reasons: ...
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Implementation of NoC on FPGA with Area and Power Optimization
... On-chip bus-based communication has many shortcomings to it, including resource sharing, delay, latency and cost (power and area). Network on Chip (NoC) is an innovation that is planned to eliminate the ...
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Design and Implementation of Embedded Audio System based on Zynq SOC
... and implementation of embedded Audio system for real-time applications on SOC-FPGA with optimized design metrics (low power, low-cost, low development time, low area, high ...the ...
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FPGA Implementation of Low-Area Floating Point Multiplier Using Vedic Mathematics
... Floating-point implementation on FPGAs has been the interest of many ...XCV1000 FPGA; a five stages pipelined multiplier achieved ...latency optimized floating point unit using the primitives of ...
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An area optimized FIR Digital filter using DA Algorithm based on FPGA B Chaitanya & Mrs A Jayalakshmi
... The proposed architecture shows the area efficient implementation of Digital filter using DA based on FPGA. This architecture replaces the complicated multiplication-accumulation operation with ...
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Design and implementation of high speed optimized sdram controller based on FPGA for PCI interface
... fine for the application. As the days passed and the requirements started increasing array of registers were used to serve the purpose. However, due to continuous increase in the e register bank started using more ...
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Design and Implementation of Area Efficient BIST Based Vedic and Wallace Tree Multipliers on FPGA
... using FPGA devices many researches performed on logical operational ...An FPGA based implementation of high speed 16-bit Vedic multiplier using LFSR ...the implementation of 16-bit Vedic ...
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Design and implementation of a Hybrid High Speed Area Efficient Parallel Prefix Adder in an FPGA
... for area-optimization. The KS architecture [2] is optimized for ...The area minimization is done by using bitwise timing constraints ...level implementation and reduces the fan-out ...
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FPGA Implementation for Optimized Adaptive Filter Based on Distributed Arithmetic
... overall area of the adaptive ...more area for multipliers Other than the DA based architectures common to provide better system performance and it leads to common sub-expression elimination (CSE) methods ...
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Design and FPGA Implementation of Optimized Parallel Prefix Adder
... Different adders such as ripple carry adder, carry look ahead adder, carry skip adder, kogge stone adder, sparse kogge stone adder, brent kung adder and spanning tree adder were designed in verilog language and are ...
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FPGA Implementation of Low Power Image Scaling using Area and Fuzzy Algorithm
... Image scaling using winscale [2] is proposed by Kim et al. The scaling algorithm is to improve the quality and to reduce the computational complexity by reducing number of operations per pixel. This algorithm can perform ...
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Framework for Fine Grained Partial Reconfiguration on FPGAs
... the implementation of the interfaces in ...partial area and located adjacent to the static ...partial area is partitioned into four imaginary ...partial area as one large ...
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DOPA: GPU based protein alignment using database and memory access optimizations
... The first known implementations of S-W based sequence alignment on a GPU are presented in [18] and [19]. These approaches are similar and use the OpenGL graphics API to search protein databases. First the data- base and ...
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DESIGN AND IMPLEMENTATION OF OPTIMIZED FEATURES IN A LOCAL AREA NETWORK FOR IMPROVED ENTERPRISE NETWORK
... When a network uses routers, the number of router hops from edge to edge is called the diameter. As noted, it is considered good practice to design for a consistent diameter within a hierarchical network. The trip from ...
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Design and Implementation of Area and Power Optimized DWT Using Carry Select Adder
... less area and low latency is proposed by using carry skip ...less area is achieved by proper designing of 2-D DWT filtering processes and also efficiently transferring the data between the 2-D DWT ...
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Fpga implementation of enhanced sha 192 algorithm
... The most widely used hash function is the Secure Hash Algorithm (SHA) because virtually every other widely used hash function had been found to have substantial cryptanalytic weaknesses, SHA was more or less the last ...
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FPGA Implementation of ADPLL
... and implementation of an ADPLL for low frequency range has been done, keeping in mind its applications in various fields like wireless communication, biomedical etc, which require a low power, high speed and small ...
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FPGA Implementation of Interleaver
... Abstract — Wireless technology, one of the fastest segments of the modern communications industry is growing. The IEEE 802.16e standard as we know by the name mobile Worldwide Interoperability for Microwave Access ...
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Neural Networks for Location Prediction in Mobile Networks in AES Techniques
... an FPGA to dynamically reconfigure itself under the control of an embedded ...a FPGA-based MicroBlaze processor to self-select the coprocessors uses can help reduce area requirements and increase a ...
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FPGA Implementation of Forward 2D-DCT and Inverse 2D-DCT Based On Row-Column Decomposition Method
... The 2D-DCT combined with Forward and Inverse is designed using VHDL. This has proposed a architecture based on the row column decomposition for computation of 2D-DCT. Parallel process causes latency in the system. ...
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