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PROJECT TITLE :

Unequal-Error-Protection Error Correction Codes for the Embedded Memories in Digital Signal Processors - 2016

ABSTRACT:

In many Digital Signal Processing applications, some components of a word stored in the embedded static random access reminiscences (SRAMs) are more important than other components of the word. Due to the differences in importance, memory failures that occur in more important bit locations typically provide rise to relatively larger system performance degradation than those in less necessary locations. This brief presents an occasional-complexity unequal-error-protection error correcting code (UEEP-ECC) approach for the embedded reminiscences in digital signal processor. In the proposed UEEP-ECC, repetition code is combined with the Bose-Chaudhuri-Hocquenghem code to selectively provide stronger error correction capabilities on a lot of necessary knowledge portions without a massive hardware overhead. An efficient UEEP-ECC generation algorithm that may notice the UEEP-ECC code with a minimum power of memory core and ECC logics is additionally presented. The experimental results show that the UEEP-ECC scheme achieves considerable power savings and data quality enhancements in each of the H.264 and fast Fourier rework applications.


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Digital Signal Processing Chips Fast Fourier Transform (Fft) BCH Codes Embedded Systems Error Correction Codes Failure Analysis Integrated Circuit Reliability SRAM Chips Error Correction Code (ECC) H264 Static Random Access Memory (SRAM) Unequal-Error-Protection (UEEP)
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