Transparent SOC: on-chip analyzing techniques and implementation for embedded processor

Makoto Saen, Motohiro Nakagawa, J. Nishimoto, Tomoyuki Kodama, F. Arakawa
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Abstract

An on-chip analysis technique for SOC, which enables system performance to be improved, was developed. The key to this technique is the synchronized analysis of the whole SOC. This is made possible by a circuit structure in which small circuits for analysis are distributed at points on the SOC to be analyzed, and these circuits operate in synchronization through a special network. Benchmarks for multimedia operations (including MPEG encoding) show that this analysis enables us to improve system performance by 17% with minimum trial-and-error. In addition, it was confirmed that the negative impact on chip area when applying this technique is very small. And it is concluded that SOC design time can be shortened during the system-development stage by using this technique.
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透明SOC:嵌入式处理器的片上分析技术和实现
提出了一种改进系统性能的片上分析技术。该技术的关键是整个SOC的同步分析。这是通过电路结构实现的,其中用于分析的小电路分布在待分析的SOC上的点上,并且这些电路通过特殊网络同步运行。多媒体操作(包括MPEG编码)的基准测试表明,这种分析使我们能够通过最小的试错将系统性能提高17%。此外,还证实了采用该技术对芯片面积的负面影响非常小。在系统开发阶段,利用该技术可以缩短SOC的设计时间。
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