| 1. | Technology of recovering function return type in binary translation
二进制翻译中的函数返回类型恢复技术 |
| 2. | This thesis summarizes the current research work about the binary translation
本文首先综述了二进制翻译的研究现状以及基本原理和方法。 |
| 3. | Binary translation is an important technique to resolve the problem of code migration
二进制翻译技术是用软件方法解决代码移植问题的重要手段。 |
| 4. | In order to eliminate the gap between simulation and real deployment , the framework supports fast real code emulation by dynamic binary translation
为了消除在模拟与真实部属之间的隔阂，此架构藉由动态二元码转换来支援快速真实程式码仿真。 |
| 5. | It is important to balancing the benefit and the cost of register allocation . this thesis presents a translation - guided algorithm of register allocation in dynamic binary translation
4 .作者参与设计并实现了两个二进制翻译系统,并把上述优化都分别运用到了这两个系统中。 |
| 6. | The research on the binary translation and the related optimization has signality not only for legacy code migration but also for the program performance improvement and other aspect
二进制翻译及相关优化技术的研究,不仅在遗产代码移植而且在程序性能提高等其它方面都有重要的意义。 |
| 7. | 2 . exception handling is one of the most important aspects of binary translation research . how to balance the cost of exception handling and the efficiency of binary translation is the key problem
2 .异常处理是二进制翻译中一个十分重要的问题,本文提出了两个针对应用级程序二进制翻译的异常处理方法。 |
| 8. | To implement dynamic binary translation effectively , several optimized methods come up in this thesis : efla algorithm to enhance the efficiency of emulating the condition code of the source platform on target platform ; two algorithms to handle the active and passive exception in application level ; and a translation - guided algorithm for register allocation
针对动态二进制翻译,本文提出了若干种优化方案:提高在目标机器上模拟源机器标志位效率的efla算法;处理应用级主动异常和被动异常的两个算法;翻译制导的寄存器优化算法。 |
