任务序列 meaning in English
mission sequence
Examples
- In the schedulability analysis of such system , firstly we should account for the overhead of message communication between tasks . secondly , we should account for the influence of different task synchronization protocols to schedulability analysis algorithm . lastly , worst - case response time of all the tasks and messages in the system should be analyzed holisticly because they are inter - dependent
首先，需要考虑任务间的消息通讯带来的时间开销；其次，需要考虑不同的任务同步控制方式对可调度性分析算法以及任务模型造成的影响；最后，由于系统中任务和消息具有复杂的关联关系，还要对系统中所有任务、消息的最大响应时间进行整体分析，从而得到任务序列的最大响应时间。 - Finally , this thesis proposed a message worst - case response time analysis algorithm for a simplified task model and made performance estimation for these algorithms . in the research of the second part , after a brief introduction of ds ( direct synchronization ) and pm ( phase modification ) task synchronization protocols , this thesis proposed the task transaction worst - case response time analysis algorithm respectively
在第二部分的研究中，首先分别针对ds ( directsynchronization ) 、 pm ( phasemodification )两种任务同步控制方式提出了相应的任务序列最大响应时间分析算法，对原有算法进行了改进，并按照holistic算法的思想提出了相应的计算迭代方程组。 - Our research in this thesis is divided into two parts . in the first part , our main goal is to derive the overhead of messages communications in distributed real - time systems . in the second part , according to different task synchronization protocols , we derive task transaction worst - case response time analysis algorithms respectively
第二部分是在综合考虑各任务和消息的响应时间以及不同的任务同步控制方式的基础上对任务序列的最大响应时间进行分析研究，并提出相应的分析算法。 - After discuss the structure and character of operating system qnx and inter - process communication between pc ' s running qnx or windows , the paper describes the structure , function and flow chart of mission planning software which is developed in qnx , and narrates the course of simulation co - debug experiment , dynamically showing the results of the mission planning in the case of " ocean physiognomy reconnaissance " , and proving the logical correctness and feasibility of task serial produced by mission planning
在论述了多任务、实时操作系统qnx的结构特点以及基于qnx与windows运行的pc机之间网络进程通信的基础上，本文描述了在qnx上开发的使命规划软件的结构功能和流程图，并叙述了仿真联调实验的过程，动态地显示了“海洋地貌勘测”这一案例使命规划的结果，并证明了使命规划所得的任务序列在实际运行中逻辑的正确性与可行性。