23,99 €
inkl. MwSt.
Versandfertig in 6-10 Tagen
12 °P sammeln
Andere Kunden interessierten sich auch für
![Design of Low Power and High Performance Logic Circuits]( "Design of Low Power and High Performance Logic Circuits")
Design of Low Power and High Performance Logic Circuits40,99 €![Low Power CMOS Approximate Voting Architecture for Reliable Computing]( "Low Power CMOS Approximate Voting Architecture for Reliable Computing")
Low Power CMOS Approximate Voting Architecture for Reliable Computing23,99 €![Design and Optimisation of Carry Select Adder]( "Design and Optimisation of Carry Select Adder")
Design and Optimisation of Carry Select Adder26,99 €![Low Power Wallace Multiplier]( "Low Power Wallace Multiplier")
Low Power Wallace Multiplier26,99 €![Self-Sleep Circuits for Low Power VLSI Design]( "Self-Sleep Circuits for Low Power VLSI Design")
Self-Sleep Circuits for Low Power VLSI Design45,99 €![Design of Prefix Adders Using Transmission Gate]( "Design of Prefix Adders Using Transmission Gate")
Design of Prefix Adders Using Transmission Gate23,99 €![CNFET based Full Adders for Mission Critical Applications]( "CNFET based Full Adders for Mission Critical Applications")
CNFET based Full Adders for Mission Critical Applications36,99 €
A majority of the portable multimedia devices employ various Signal Processing algorithms and architecture. In all such devices low power is the major concern. In most of the multimedia applications, useful information is gathered from slightly erroneous outputs. There are many cases, where low power consumption is preferred over exactness or accuracy of the devices. Most of these DSP blocks implement image and video processing algorithms, where the ultimate output is either an image or a video for human consumption. Human beings have limited perceptual abilities when interpreting an image or a video. This allows the outputs of these algorithms to be numerically approximate rather than accurate. This relaxation on numerical exactness provides some freedom to carry out imprecise or approximate computation.