Titlebook: VLSI Design and Test; 21st International S Brajesh Kumar Kaushik,Sudeb Dasgupta,Virendra Sing Conference proceedings 2017 Springer Nature S

跟隨

VLSI Implementation of Throughput Efficient Distributed Arithmetic Based LMS Adaptive Filter shown that the proposed scheme occupies almost similar area and improves the throughput by several fold. For instance, a 32- tap adaptive filter with the proposed implementation produces nearly 1.8 MSPS (million samples per second) more throughput as compared to the best existing scheme.

Electrolysis

Performance Optimized 64b/66b Line Encoding Technique for High Speed SERDES Devicesrmance optimum between security, run-length, ISI and DC equalization, this scheme finds potential application in space camera electronics, 5G technology and other IOT applications like driverless cars that require to handle large volumes of real time data with sufficient security on high BER wireless channels.

Excitotoxin

FPGA Implementation of a Novel Area Efficient FFT Scheme Using Mixed Radix FFT is found that the hardware requirement for the proposed approach reduces by 25%–53% at the cost of speed compared to the other schemes reported in the literature including that using only R2MDC architecture. The proposed scheme is preferred for low sampling rate applications such as biomedical signal processing.

不真

Curmudgeon

Catheter

Estimating the Maximum Propagation Delay of 4-bit Ripple Carry Adder Using Reduced Input Transitions, etc. Due to the crucial role of adder in arithmetic unit, it is necessary to satisfactorily characterize the maximum propagation delay of the adder. To characterize 4-bit Ripple Carry Adder (RCA), ideally 261,632 input transitions are required [.], which is a humongous number. In this paper, we ha

概觀

VLSI Implementation of Throughput Efficient Distributed Arithmetic Based LMS Adaptive Filter02.11b PHY scenarios. It is based on pre-computing and storing the filter partial products in lookup tables (LUTs). In contrast to fixed coefficients filter, an adaptive filter requires each stored partial product to be updated time-to-time. This paper presents a new strategy for DA based adaptive f

Pathogen

Realization of Multiplier Using Delay Efficient Cyclic Redundant Addergeneration is propounded in this paper. A Multiplier based on Quarter square algorithm is designed and implemented using the proposed Cyclic Redundant Adder on Field Programmable Gate Array. The proposed Cyclic Redundant adder is compared amongst the recent high performance adders like Ling Adder, C

Noctambulant

Absenteeism