Implementation for High-Speed Applications
FPGA Implementation of Polar Codes for Low Complexity Decoder for High Speed Applications
... Abstract: An emerging error-detection and correcting technique developed in the recent years is Polar codes. The technique does not focus on randomization of the bits like other techniques does, but is based on the ...
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Implementation of Reversible Vedic Multipliers for High Speed applications
... of speed and ...Logic Implementation Cost (TRLIC) is used as an aid to evaluate the proposed ...other applications of DSP like imaging, software defined radios, wireless ...
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Design and VLSI Implementation of DDR SDRAM Controller for High Speed Applications
... VI. CONCLUTION The similarities between SDR and DDR SDRAM provide the DRAM manufacturer cost advantages and assure high production yields. These similarities also help the designer to better understand DDR and ...
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Design and Implementation Radix based Booth Multiplier Using High Speed Applications
... dominated applications such as digital signal processing, wireless communications, and computer applications, high speed multiplier designs has always been a primary ...
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Design and Implementation of Compact Booth Multiplier for Low power, Low Area & High Speed Applications
... 110 -1*Multiplicand 111 0 In the usual and existing technique, it contains modified booth encoder, multiplexer, PWR for equality checking, partial product generator (PPG), compressor based Carry Look Ahead adder (CLA) ...
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Efficient Implementation of 32 Bit PASTA for Low Area, High Speed and Low Power Applications
... The basic GDI cell looks like CMOS inverter, but there are some conflicts. The main difference of GDI cell from CMOS inverter is that GDI cell has three inputs whereas CMOS inverter has single input. The GDI cell ...
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Efficiently High Speed Implementation of AES Algorithm on FPGA
... software implementation of AES is a slow process and thus consumes lots of processing time and also requires regular ...software implementation results in higher ...hardware implementation is fast, ...
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Design a Redundant Adaptive Multiplier for High Speed Applications
... II. EXISTED SYSTEM In this paper, we mainly focus on digit-level architectures for RB multipliers. Here a specific feature of redundant representation is used for class of finite fields. This reduces the architectural ...
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Design and VLSI Implementation of VCO for High Speed RF Applications
... the speed of the whole system for RF wireless communication such as 60GHz communication ...in high-resolution oscillators for different ...a high speed, low power and minimum cell area, ...
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Efficient Implementation of Fault Coverage Circuit for High Speed and Low Power Applications
... II. ARCHITECTURE OF THE PROPOSED MODEL The main challenging areas in VLSI are performance, cost, power dissipation is due to switching i.e. the power consumed testing, due to short circuit current flow and charging of ...
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Design and Implementation of High Speed Multiplier in DSP Applications Using Mesochronous Pipelining In FPGA
... Keywords: High performance, mesochronous pipeline, multiplier, pipelined system, register ...and high performance ...in speed of digital filter which is play important role in all high ...
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FPGA Implementation of a High Speed Matrix Multiplier for Use in Signal and Image Processing Applications
... and high speed data processing, but in such complex environment fewer methods can provide perfect ...for high speed data processing. An effective implementation of the matrix ...
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Designing a 64-Point FFT/IFFT Processor for Implementation of OFDM in High Speed WLAN Applications
... In report an OFDM-based 64-point FFT/IFFT architecture for high speed WLAN systems was explored. In order to gain a less power consumption and less silicon surface, adders and shifters were employed instead ...
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Implementation of High Speed Double Tail Comparator
... industrial applications. High speed and low power comparators are very much essential in the design of a very good analog to digital ...novel high speed, low offset voltage and low ...
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Design and Implementation of High Speed CRC Generators
... transmission speed of Ethernet networks which is almost used in a huge ...in applications like CRC-16 BISYNC protocols, CRC-32 in Ethernet frame for error detection, CRC-8 in ATM, CRC-CCITT in X-25 ...
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FPGA Implementation of High Speed MAC Unit
... DSP applications, the latency and execution time are the two major terms in the time delay ...a high delay block in the processor. Due to the high delay the power dissipation is also high so ...
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Implementation of High Speed Full Adder Using DTMOS
... 2 Professor, ECE Department PEC University of Technology Chandigarh, India Abstract: The power dissipation is a major problem in electronic devices. The importance for Power Management Integrated Circuit (PMIC) is ...
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Implementation of High Speed Fixed Point CORDIC Techniques
... DSP applications, such as Fourier ...VLSI implementation level, the area also becomes quite important as more area means more system ...power, speed and area are always traded off. For DSP processors ...
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Implementation for SMS4-GCM and High-Speed Architecture Design
... and high-efficiency encryption and authentication algorithm, SMS4-GCM, based on cryptographic algorithm SMS4 and block cipher operating mode GCM is ...and implementation on FPGA is presented in detail, and ...
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FPGA Implementation of Novel High Speed Vedic Multiplier
... Communication applications require high speed processors. The speed of a processor is mainly given in terms of performance of ALU and in turn in terms of MAC ...for high speed ...
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