| 1. | These are the theoretical basis of the task scheduler
为实时任务调度器的设计和实现提供了理论基础。 |
| 2. | Checkpointing scheme based on imprecise computation for real - time systems
基于非精确计算的实时任务检查点设置策略 |
| 3. | Quality of service qos
在保证实时任务服务质量 |
| 4. | Allocating criterion for periodic hard - real - time task in multiprocessor systems
周期实时任务在多处理器下的可调度条件 |
| 5. | The tasks are divided into real - time tasks and normal tasks in the system
在应用中将系统任务分为实时任务和非实时任务。 |
| 6. | Real - time scheduling algorithm is the key point of real - time system development
实时任务调度算法是实时系统设计和实现的关键。 |
| 7. | The design considerations and critical algorithms in real - time task scheduler are discussed in detail
详细讨论了实时任务调度器的设计考虑和实现中的关键算法。 |
| 8. | The software is composed of real - time module , network communication module , serial communication module , device driver module , and so on
软件的实现由实时任务模块、网络通讯模块、串口通讯模块、设备驱动模块等组成。 |
| 9. | Considerations of implementing the real - time task scheduler on real systems and potential improvements of the scheduler are discussed
讨论了如何将实时任务调度器应用于真实的实时系统上，并指出了实时任务调度器进一步改进的方向。 |
| 10. | Real - time tasks are implemented in rt - linux and non - real - time tasks are implemented in linux , and data are exchanged through fifo between real - time tasks and non - real - time tasks
实时任务在rt - linux中完成，非实时任务在linux中完成，两者之间通过fifo进行数据交换。 |
