The instruction simulation utilizes virtual instruction technology,which makes the simulator a general one. Firstly,through the analysis of MCU,component technology is utilized to build MCU simulator.
接口部分采用构件技术实现,使得仿真器具有良好的扩展性,指令仿真层采用虚指令技术,使得仿真器具有良好的通用性。
参考来源 - 16位/32位MCU软件仿真器的设计与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
仿真还常常解释来宾vm的指令(与虚拟化相比，此处来宾的指令集架构必须与主机相同)。
Emulation also commonly interprets the instructions of the guest VM (compared to virtualization, where the instruction set architecture of the guests must be the same as the host).
在新的开发过程中，整个仿真设备和指令操作站(IOS)的设计经过了改善，满足人类环境改造学的要求。
In the course of these new developments the design of the entire simulator equipment and the Instructor Operating Station (IOS) have been improved and adapted to ergonomic requirements.
指令的硬件执行和软件仿真同时进行，可以对硬件运行结果进行实时检验，实现了软硬件协同调试，大大提高了调试效率。
The instruction run both in hardware and in simulator and the result can be checked on real-time, which increases debug efficiency.
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