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This paper studies how to construct the conversion unit effectively in the process of binary conversion in English translation. A hardware-based cross-language conversion module construction method based on ATUC is proposed and monitored in real time. The corresponding decoding is carried out, and the corresponding mathematical model is established. According to the characteristics of software operation, dynamic adaptive adjustment of each conversion component is carried out to improve the success rate of compilation operation and maximize the efficiency of compilation operation. A hardware-based persistent commit address cache is proposed to help binary converter monitor program performance. The validity of the proposed method is verified by SPEC2000 simulation. In the translation program, the software translation part is generally completed by the conversion module, because the conversion module is the basis of the entire program, so the performance of the conversion module directly affects the speed and efficiency of the entire software. This paper proposes a hardware-based approach for building cross-language translation modules. In binary stream translation, persistent commit address cache is used to reduce network transmission and improve translation performance. The experimental results show that the proposed method has good performance.
Qian Shen (Tue,) studied this question.