[PDF] Top 20 Design and Implementation of Reconfigurable Approximation Technique for Arithmetic Unit
Has 10000 "Design and Implementation of Reconfigurable Approximation Technique for Arithmetic Unit" found on our website. Below are the top 20 most common "Design and Implementation of Reconfigurable Approximation Technique for Arithmetic Unit".
Design and Implementation of Reconfigurable Approximation Technique for Arithmetic Unit
... approximations introduced in an MPEG encoder. Most of them exploit the inherent error resilience of the motion estimation (ME) algorithm, which results in minor quality degradation. For example, Moshnyagaet al. use a bit ... See full document
9
Design of a 32 bit Arithmetic Unit based on Composite Arithmetic and its Implementation on a Field Programmable Gate Array
... Other fields, where configurable computing can be successful, are pattern matching and encryption systems. Pattern matching is used in tasks such as handwriting recognition, face identification, database retrieval, and ... See full document
74
Design and Implementation of Arithmetic Unit for GF(2m)
... that the multiplexer MUX1 in all identity cells for i< π β 1 can receive πππππ¦1 π+1 (π ) = π‘ πβ1 (π β1) to of the upper identity cell to its πππππ¦2 π (π ) , and the other multiplexer MUX2 in all identity cells for ... See full document
7
Implementation of Optimized Floating Point Arithmetic Unit on Reconfigurable Logic Sonam Pardhi, Nitesh Dodkey
... FPGA implementation of a Decimal Floating Point (DFP) arithmetic ...The design performs addition, subtraction and multiplication on 64-bit operands that use the IEEE 754-2008 DPD encoding of DFP ... See full document
8
Implementation of Arithmetic unit for RNS using 2n 3 as Base
... modulo arithmetic have been considered in recent ...However design of forward binary-to-RNS converters for the moduli 2 n -3, 2 n +3 have been investigated by Adamdis and Vergos[8], Spyrou et al[9], Strollo ... See full document
5
Reconfigurable Approximation Technique for Video Encoding Using Arithmetic Units A Divya, N Srinivas, Dr M Narendra Kumar & Dr S Sreenatha Reddy
... a reconfigurable approximate for MPEG encoders that optimizes power consumption with the aim of maintaining a particular peak signal-to- noise ratio threshold for any ...I design reconfigurable ... See full document
6
Title: ARITHMETIC UNIT BASED RECONFIGURABLE APPROXIMATION TECHNIQUE FOR VIDEO ENCODINGο»Ώ
... a reconfigurable approximate for MPEG encoders that optimizes power consumption with the aim of maintaining a particular peak signal-to-noise ratio threshold for any ...I design reconfigurable ... See full document
8
Design for Approximation Reconfigurable Structure for Green and Scalable Orthogonal Approximation of DCT in Fpga Era
... For approximation of we are able to pick the 8-point DCT, since that is definitely the best trade-off between the amount of needed arithmetic operators and excellence of the reconstructed ...the ... See full document
6
Design of Area and Power Efficient Arithmetic and Logic unit
... GDI implementation which reduces the dynamic power ...GDI technique is chosen for lowering power consumption and minimum possible ...GDI technique proved to have best result in terms of performance ... See full document
6
Design and Implementation of Distributed Arithmetic Technique Based FIR Filter Using Look up Table
... This impulse response is said to be causal otherwise the system would be producing a response before an input has been applied. It is known from the time-invariance property of a Linear Time Invariant System that the ... See full document
9
An Arithmetic and Logic Unit (ALU) Design Using Gate Diffusion Input Technique (GDI) P Swaroopa & V Sree Vani
... GDI implementation which will reduce the dynamic power ...adder implementation is studied and ...GDI technique is preferred for minimum possible area and lowering power ... See full document
6
An Efficient Reconfigurable FIR Digital Filter Using Modified Distribute Arithmetic Technique
... the implementation of partial product generation for 8 ...following implementation, the filter coefficients and the addresses generated by the multiplier bits are fed to the Partial product generation (PPG) ... See full document
5
Design and Implementation of Efficient Reversible Arithmetic and Logic Unit
... proposed reconfigurable and self-re- pairable multipliers and discussed about recursive architecture decomposition of partial product matrices ...a design of 8 bit Vedic Multiplier using CMOS logic ... See full document
13
An Arithmetic and Logic Unit Using GDI Technique Yamini Tarkal Bambole & Mahesh Dattatray Gaikwad
... Power consumption in CMOS circuit is classified in two categorize: static power dissipation and dynamic power dissipation. In todayβs CMOS circuits static power dissipation is negligible thus not considered as compared ... See full document
7
Efficient Arithmetic Coder Design for SPIHT Image Compression
... As arithmetic coding (AC) can obtain optimal performance for its ability to generate codes with fractional bits, it is widely used by various image compression ... See full document
5
Design of Arithmetic and Logical Unit (ALU) Using FinFET
... A Full adder is a combinational circuit that forms the arithmetic sum of three input bits. It can be designed in different ways serving different speed or density requirements. It consist of three inputs A, B, ... See full document
10
Novel approach for Exchanges Briefs Concept, Design, and Implementation of Reconfigurable CORDIC
... The coordinate calculation matrices for circular and hyperbolic CORDICs differ by the sign of operands, and to realize that additions are to be replaced by subtractions and vice-versa. This can be easily realized by a ... See full document
10
Design and Realization of an Arithmetic Unit using Fredkin Reversible Gate
... second design One Bit Arithmetic Unit is implemented with Fredlkin reversible gate as control unit and BKGs reversible gate as full ... See full document
7
DESIGN OF COMPLEX FUZZY LOGIC ARITHMETIC UNIT FOR FLOATING NUMBER
... In the proposed MOFL system, the multi-criteria optimization procedures are used for selection of nodes to be mapped into each CLB. The decision function D(x) is implemented by a multilevel function of fuzzy logic ... See full document
7
Physical Design Implementation of Ternary Arithmetic Circuits
... For simulation of the ternary arithmetic circuits, we need to design a special type of input which will exhibit three voltage levels. In Microwind software tool, we can use several number on input forms. ... See full document
8
Related subjects