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Experimental Analysis of Sequence Dependence on Energy Saving for Error Tolerant Image Processing by Se Hun Kim; Saibal Mukohopadhyay; Wayne Wolf is a scholarly article available to read on EtoBox.

What is Experimental Analysis of Sequence Dependence on Energy Saving for Error Tolerant Image Processing about?

We present experimental analysis to exploit the sequence dependence on energy saving in error tolerant image processing. Our analysis shows that the error distributions depend not only on combinational inputs but also on the previous state of the logic. We present a new sequential model for low-power delay faults. Our experimental results demonstrate the importance of considering the state of logic when analyzing errors and its dependence on output quality and energy saving. The results show that different input image type leads to very different output quality. This means that more error tolerant image can be operated at lower voltage. The sequence dependence in output quality and energy saving provide a new perspective to design low power multimedia system.

Author

Se Hun Kim; Saibal Mukohopadhyay; Wayne Wolf

Publisher

ACM

Published

2009

Language

EN