Data Backups and Error Finding by Residue Quotient Code for Testing Applications

R. M. Pandeeswari, R. Kabilan, T.M. Januanbumani, J. Rejoni, A. Ramya, S. Jothi
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引用次数: 3

Abstract

It gives importance about motion estimation (ME) as a top priority in video coding and testing. Extended BIST schemes are primarily concerned with memory circuit and testing concerns in video coding systems. Furthermore, by improving the abilities of Concurrent Error Detection, an dependability on several Processing Element will got increased. CED can discover mistakes by looking for inconsistencies and undesirable consequences from operations on the same operands. Concurrent Error Detection involves testing any route with full throttle without having to shut down the entire system. Focusing upon that Concurrent Error Detection idea, this work provides a unique Error - detecting Data Retrieval structure based here on Residue-Quotient code to identify faults & restore information in Processing Units of Motion Estimation in video coding testing analysers.
基于剩余商代码的测试应用程序数据备份和错误查找
在视频编码和测试中,运动估计是重中之重。扩展的BIST方案主要关注视频编码系统中的存储电路和测试问题。此外,通过提高并发错误检测能力,可以提高多个处理单元的可靠性。CED可以通过查找对相同操作数的操作的不一致和不良后果来发现错误。并发错误检测包括在不关闭整个系统的情况下,以全速测试任何路由。本文围绕并行错误检测思想,提出了一种独特的基于残商码的错误检测数据检索结构,用于视频编码测试分析仪中运动估计处理单元的错误识别和信息恢复。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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