Aiming at target dependence of traditional instruction set simulator, this paper proposes multi-target instruction set simulation technique based on virtual instruction set.
针对传统指令集模拟器的目标依赖性，提出基于虚指令集的多目标指令集模拟技术。
The core work of embedded system simulation is instruction-set simulation, the development of Instruction Set Simulator purely by hand is an onerous task, and easily goes wrong.
嵌入式系统仿真的核心工作就是指令集仿真，但纯手工开发一个指令集仿真器不但是一项繁重的工作，而且极易出错。
An ARM7 instruction set simulator is implemented for illustration, and the optimization techniques presented in this paper are also applicable for most other modern RISC architectures.
以arm 7指令集模拟器为实例，所提出的优化技术同样适用于其它现代RISC体系结构。
The co verification environment consists of an embedded software debugger and an embedded hardware simulator. It adopts instruction set architecture co simulation model.
该协同验证环境由嵌入式软件调试器和嵌入式硬件模拟器组成，其采用了指令集结构的协同模拟模型。
The simulator is divided into four modules and realized separately: thread control module, memory control module, communication control module and instruction set module.
模拟器分为四个模块：线程控制模块，存储控制模块，通信控制模块和指令系统模块，分别实现。
The simulator is divided into four modules and realized separately: thread control module, memory control module, communication control module and instruction set module.
模拟器分为四个模块：线程控制模块，存储控制模块，通信控制模块和指令系统模块，分别实现。
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