Analysis of Verilog-based improvements to the memory transfer

Abstract

Abstract Memory copy technology is widely used for data transfer between CPU and memory, and is an important step in all types of operating systems and drivers, and is one of the bottlenecks in the current speed-up of computing. This paper has done more research on the historical development, theoretical basis and experimental details of different memory copy accelerators and related knowledge, and summarised and compared them, with emphasis on reviewing two related papers that provide an overview of their acceleration theory and experiments. The paper concludes that memory copy accelerators using a variety of innovative technologies have largely improved copy speeds and reduced energy consumption, laying a solid foundation for the future development of memory copy acceleration technology, which has been successful in improving and enhancing the user experience with the performance gains of this technology. At the same time, the development of memory copy accelerators has advanced more advanced technologies, such as machine learning, to power the development of human technology.