An optimized embedded adder for digital signal processing applications

Embedded Digital Signal Processing Systems

With continuing progress in VLSI and ASIC technologies, digital signal processing (DSP) algorithms have continued to find great use in increasingly wide application areas. DSP has gained popularity also in embedded systems although these systems set challenging constraints for implementations. Embedded systems contain limited resources, thus embedded DSP systems must balance tradeoffs between t...

Digital Signal Processing Applications

Feldspar – A Functional Embedded Language for Digital Signal Processing*

Digital Signal Processing (DSP) algorithms are usually designed and described on an abstract level and than transformed to a DSP chip specific C code by expert programmers. The problem is that the gap between the abstract description and the platform dependent code is huge and even the C code optimized for two different chips differ a lot. This makes it expensive to rewrite the algorithms each ...

Reconfigurable Processors for High-Performance, Embedded Digital Signal Processing

For high-performance, embedded digital signal processing, digital signal processors (DSPs) are very important. Further, they have many features which make their integration with on-chip reconfigurable logic (RL) resources feasible and beneficial. In this paper, we discuss how this integration might be done and the potential area costs and performance benefits of incorporating RL onto a DSP chip...

Power Optimized Technique Used for Digital Image Processing Applications

An advanced digital image acquisition system is present with power optimized clock gating technique for real time Digital image processing applications. Advantages of digital imaging over conventional analogy methods include the prospect to archive and transmit images in digital information systems as well as to digitally process pictures before exhibit, for example, to improve low contrast det...