Abstract
Over the last few years, more and more compute-intensive and memory-intensive applications have occurred. These applications are not able to be realized without the base of strong computing and high memory performance. The former has been developed successfully and outstrips the latter to certain degrees. So, researchers must overcome the shortcomings of memory copy performance to catch up with the standard of computing ability so that the systematic applications can be improved. This paper introduces two solutions for memory copy accelerators and analyses their advantages and disadvantages. It also presents an innovative floating window model to replace the channel tags model so as to boost efficiency. With these above-mentioned key components, a comprehensive system is developed, which is a cost-effective and error-resistant improvement of the conventional memory copy accelerators. The new improved memory copy accelerator can be a substitute for the present ones and give a foresee of the future of memory copy solutions.
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