Andere Kunden interessierten sich auch für
![Approximate multipliers for image processing]( "Approximate multipliers for image processing")
Approximate multipliers for image processing26,99 €![CMOS Area Efficient Approximate Arithmetic Architectures]( "CMOS Area Efficient Approximate Arithmetic Architectures")
CMOS Area Efficient Approximate Arithmetic Architectures23,99 €![Finite Field Multipliers and Error Detection Methods]( "Finite Field Multipliers and Error Detection Methods")
Finite Field Multipliers and Error Detection Methods40,99 €![Low Power and High Speed Parallel Multipliers for DSP Applications]( "Low Power and High Speed Parallel Multipliers for DSP Applications")
Low Power and High Speed Parallel Multipliers for DSP Applications42,99 €![Design Of Low Power Approximate Adders]( "Design Of Low Power Approximate Adders")
Design Of Low Power Approximate Adders23,99 €![Cryptosystem execution of VLSI signed RNS multipliers]( "Cryptosystem execution of VLSI signed RNS multipliers")
Cryptosystem execution of VLSI signed RNS multipliers39,99 €![Design and Testability of Diverse Reversible Error Control Circuits]( "Design and Testability of Diverse Reversible Error Control Circuits")
Design and Testability of Diverse Reversible Error Control Circuits32,99 €
"Design of Energy Efficient and Error Tolerant Approximate Multipliers" presents a comprehensive study on approximate computing techniques, focusing on developing efficient and error-tolerant approximate multipliers for applications requiring high data management rates. The primary goal is to enhance energy efficiency while balancing error and design metrics, particularly for image processing applications. The research is divided into four modules, each addressing different techniques and their impact on design and error metrics.