CAJ | 학술논문

针对现有的载荷遥控操作模式不能适应空间科学实验需求的实际,提出使用标准控制测试语言(PLUTO语言)实现载荷控制的新模式. PLUTO是一种过程化脚本语言,能够应用于航天飞行器和有效载荷的地面测试、在轨测试与在轨运控操作,该语言能满足载荷操作的各种需求,为载荷控制人员提供有力的工具.文中以我国有效载荷在轨操控需求为出发点,同时根据PLUTO语言的特点,结合面向对象方法学、编译技术、设计模式等理念,提出一种快速实现其编译程序的技术途径,并通过原型系统验证设计的可行性.
침대현유적재하요공조작모식불능괄응공간과학실험수구적실제,제출사용표준공제측시어언(PLUTO어언)실현재하공제적신모식. PLUTO시일충과정화각본어언,능구응용우항천비행기화유효재하적지면측시、재궤측시여재궤운공조작,해어언능만족재하조작적각충수구,위재하공제인원제공유력적공구.문중이아국유효재하재궤조공수구위출발점,동시근거PLUTO어언적특점,결합면향대상방법학、편역기술、설계모식등이념,제출일충쾌속실현기편역정서적기술도경,병통과원형계통험증설계적가행성.
Existing payload mode of operations cannot meet the actual needs of space science experiments,it proposed the use of standards to operation and test language (PLUTO language). PLUTO is a kind of procedure script language. The language can be applied to ground segment,on-orbit test and operations of the spacecraft and payload. The language can meet the various needs of the payload operations, and provide a powerful tool for payload operator. According to PLUTO language characteristics,combined with object-oriented para-digm,compiling technology,design patterns,put forward a fast way of implementing script compiler,and verify the feasibility of the de-sign of the prototype system.