最后，利用软件编译环境编写各个模块与处理器的接口函数，从而完成系统功能的集成调度，并进行软件调试，最终完成课题。
Finally, compiled interface functions of each module and processor by the software debugging, complete the integrated scheduling of the system, and finally accomplished the study.
本文不需要特定的编译器和环境配置，但您必须熟悉软件开发，因为可能需要诊断与设置有关的问题或配置错误。
No specific compiler or environment configuration is required, but you should be familiar with software development in order to diagnose problems or configuration issues specific to their setup.
不需要编译器，也不需要特殊的库或软件开发环境。
No compiler is required, and you don't need special libraries or a software development environment to work from.
它引以为傲的有一个坚实的图形环境，强大的编译器和调试环境，易于安装的软件包，以及无数的应用程序。
It boasts a solid graphical environment, powerful compilers and debugging environments, easy-to-install packages, and numerous applications.
由于嵌入式软件对目标硬件平台的依赖性，在宿主机环境下无法编译运行。
Due to the dependency of embedded software on the target hardware platform, it can not be compiled and operated under the host environment.
该软件的优点是脱离编译环境，在WINDOWS系统平台上能够直接应用，易于前后处理。
The advantage of this software is that it can be running under the WINDOWS system without building environment and it is easy to use the pre and post processing.
首先介绍嵌入式集成开发环境的国内外研究现状，然后分析基于16/32位MCU的软件开发的特点，研究交叉编译等软件开发的相关技术，设计和实现基于16/32位MCU的嵌入式集成开发环境。
Second, gives an analysis about feature of software development based on 16/32 bits MCU, does a research about technology for software development based on 16/32 bits MCU just like cross compilation.
介绍了并行化编译器，在研制并行化编译器过程中，实现了一种开放式软件研制环境。
This paper introduces a parallelization compiler, and in the course of its development control flow graph is visualized.
介绍了并行化编译器，在研制并行化编译器过程中，实现了一种开放式软件研制环境。
This paper introduces a parallelization compiler, and in the course of its development control flow graph is visualized.
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