CAJ | 학술논문

提出了基于堆栈结构的开放式控制器体系结构,并给出该体系结构的总体框架;在开放式控制器的扩展过程中,模块化设计和配置系统是整个系统设计的关键,有效的通信机制是系统运作的核心.针对系统地址的离散特征,体系设计采用触发中断的方式以实现系统对硬件板卡的接入响应,通过配置系统完成硬件板卡驱动程序的加载.在通信机制中,采用了控制缓冲技术以实现对多板卡的并行控制,采用信息紧凑技术以保证系统控制过程中信息的有效性和控制的实时性.
제출료기우퇴잔결구적개방식공제기체계결구,병급출해체계결구적총체광가;재개방식공제기적확전과정중,모괴화설계화배치계통시정개계통설계적관건,유효적통신궤제시계통운작적핵심.침대계통지지적리산특정,체계설계채용촉발중단적방식이실현계통대경건판잡적접입향응,통과배치계통완성경건판잡구동정서적가재.재통신궤제중,채용료공제완충기술이실현대다판잡적병행공제,채용신식긴주기술이보증계통공제과정중신식적유효성화공제적실시성.
An infrastructure of an open architecture controller based on stack structure is given in this paper.The modulated design and configure ate the key points in the process of extending the controller.Besides,it is indispensable for communication to have an efficient policy.In allusion to the discrete characters of the address,an interrupt triggered method is designed,which can response to the board when plugging a board to the system.With regards to the strategy of communication,a control buffer is adopted which implements parallel controlling for multiple boards and uses information combination technology to assure the validity of information and real-time of the controlling.