Implementing mechanism of task scheduling and interruption handling in μ C/ OS-ⅱ μC/OS-Ⅱ中任务调度与中断处理的实现机理
With the VxD technology under Windows, the real time interruption control and real time hardware handling can hence be realized. 在通信控制单元中采用VxD技术,能实现Windows下的实时中断控制和对硬件的实时处理。
After analysis of scheduling and interruption handling, modifying the timer's parameters was put forward as a method to control the timer interrupt. In this way, data throughput and system stability were obviously enhanced. 从分析操作系统的任务调度和中断机制入手,提出了用修改特定定时器参数的方法来控制时钟中断,该方法显著地提高了数据吞吐率,增强了系统稳定性;
User interface module adopts MFC document and view structure to complete the interaction between users and experimental system. Finally, the interruption handling problem is settled in inverted pendulum control module. 用户界面模块采用MFC文档视图类结构实现用户与实验系统的交互,分析和解决了倒立摆控制模块中的中断处理问题。