CAJ | 학술논문

针对目前工业控制系统体积大、成本高等缺点，开发设计一款基于ARM处理器的低成本嵌入式数控机床控制系统。该系统以ARM9高性能嵌入式处理器为控制核心，嵌入武Linux系统作为软件开发平台，采用MiniGUI实现图形用户界面操作并对整机进行控制，并建立了数控系统的调试环境，对开发的系统软硬件进行联机调试、软件测试和实例加工。测试和实例加工结果表明，基于ARM和嵌入式Linux的数控机床控制系统技术方案是可行的，实现了预期的功能。
침대목전공업공제계통체적대、성본고등결점，개발설계일관기우ARM처리기적저성본감입식수공궤상공제계통。해계통이ARM9고성능감입식처리기위공제핵심，감입무Linux계통작위연건개발평태，채용MiniGUI실현도형용호계면조작병대정궤진행공제，병건립료수공계통적조시배경，대개발적계통연경건진행련궤조시、연건측시화실례가공。측시화실례가공결과표명，기우ARM화감입식Linux적수공궤상공제계통기술방안시가행적，실현료예기적공능。
The big size and high cost of industrial control system,low cost embedded CNC system is developed based on ARM processor.The Control core for the system is based on ARM9,a high performance embedded processor.With embedded Linux system as a software development platform,MiniGUI is used to realize the graphical user interface operation and control of the whole machine.The debugging environment for the numerical control system is developed to carry out on-line debugging of the system hardware and software,software testing and machining,which shows that technical scheme of ARM and embedded Linux-based CNC system is workable,and achieves expected functions and performances.