acos造句

• This thesis expatiates the implement principle of acos task management
  本论文阐述了acos任务管理的实现原理。
• These mechanisms that manage acos task define a set of directives and functions
  Acos任务的管理机制定义了一系列的指令和函数。
• The acos ( ) function returns the arccosine of a number as a numeric value value between 0 and pi radians
  函数的作用是：返回一个大小位于0到pi之间的反余弦值。
• Acos are recruited locally and they normally enter the service as saco at pay scale of tps pt . 4 to 6
  航空通讯员一般从本地招聘，入职级别为见习航空通讯员，薪级属见习职级表第四至六点。
• Acos is no other than a real - time operating system which provides a high performance environment for embedded military applications
  Acos正是为嵌入式军用软件提供高性能运行环境的实时操作系统。
• The purpose of task management is to create and allocate and schedule tasks on processor to ensure that deadlines are met
  Acos任务管理的目的就是在cpu上创建、分派和调度任务，以便确保满足任务死限。
• Rms ( rate - monntonic scheduling algorithm ) in acos is an optimal static priority algorithm for scheduling independent , preemptible , periodic tasks
  Acos中的单调速率调度算法( rms )对于可独立、可抢先调度的周期性任务是一种最佳的静态优先级算法。
• These routines test the implement principles and operation directives for acos task management , testify the correctness for acos task management , supplies the theory and test references for acos developer
  这些例程对acos的任务管理原理和指令进行了测试，证明了acos进行系统任务管理的正确性，为acos的开发提供了理论和试验依据。
• Each acos task is the smallest thread of execution which can compete on its own for system resources , it may exist in one of the folio whig five states : executing , ready , blocked , dormant , non - existent . one or more tasks may be active hi the system simultaneously
  Acos任务是竞争系统资源的最小执行线程，任务存在于以下五种状态之一：执行、就绪、阻塞、休眠、不存在。一个或更多的任务可能同时活动在系统中。
• The first routine tests that acos how to support task running associated with tune using tick . the second routine tests a set of directives and system functions concerned with task management . the third routine tests that task how to occupy cpu via time slice composed of tick , indicates that cpu usage be represented by ticks spent on tasks
  第一个例程测试了acos是如何利用滴答来支持与时间相关的运行的；第二个例程测试了一系列的与任务管理相关的指令和系统功能；第三个例程测试了任务是如何通过由滴答组成的时间片来实现对cpu的占用的， cpu的利用率也是通过花费的滴答数来体现。