CAJ | 학술논문

针对ARM Cortex M4处理器建立基于LabVIEW的嵌入式软件开发平台，重点从开发工具链、操作系统、复用模板以及驱动代码几个方面开展了研究，并提出了基于脚本的驱动编写方法。作为应用验证，基于所建立嵌入式软件平台开发了微型涡喷发动机电子控制器软件，并进行了台架试验。结果表明，所设计的电子控制器能实现微型涡喷发动机从启动到慢车、加减速和状态调节的有效控制，同时也证明基于LabVIEW进行嵌入式软件开发是一种方便、高效的途径。
침대ARM Cortex M4처리기건립기우LabVIEW적감입식연건개발평태，중점종개발공구련、조작계통、복용모판이급구동대마궤개방면개전료연구，병제출료기우각본적구동편사방법。작위응용험증，기우소건립감입식연건평태개발료미형와분발동궤전자공제기연건，병진행료태가시험。결과표명，소설계적전자공제기능실현미형와분발동궤종계동도만차、가감속화상태조절적유효공제，동시야증명기우LabVIEW진행감입식연건개발시일충방편、고효적도경。
A LabVIEW embedded software development platform based on ARM Cortex‐M4 is built ,and the researches are carried out on the several aspects such as development tool chain ,operating system ,reuse template ,driver code and driver w riting method based on script .As an application verification ,the micro‐turbojet engine electronic control embedded software is developed based on the embedded software platform ,then the bench test is conducted .The results show that the EEC achieves effectively control of micro‐turbojet engine from the start to idle ,acceleration and deceleration ,and state adjustmet .The embedded software development based on LabVIEW is a convenient and effective w ay .