preemptive scheduling

美 [priˈɛmptɪv ˈskedʒuːlɪŋ]

网络  抢占式调度; 抢占调度; 可剥夺调度; 剥夺调度; 抢先式调度方式

计算机



双语例句

  1. Also, non-RT Java implementations typically use a round-robin preemptive scheduling approach with unpredictable scheduling order.
    同样,非RTJava实现通常使用循环抢占式调度方法,该方法根据不可预测的调度顺序进行调度。
  2. Partial preemptive real-time scheduling algorithm in software fault-tolerant model
    软件容错模型中的部分抢占实时调度算法
  3. Preemptive scheduling Kernel of μ C/ OS-ⅱ has been anatomized;
    剖析了μC/OS-Ⅱ抢占式调度内核;
  4. The threshold based dual-level priority algorithm integrates preemptive scheduling and non-preemptive scheduling. The schedulability of jobs can be improved by the algorithm, and the system overhead introduced by preemption can be reduced, too.
    基于阈值的双优先级调度算法结合了抢占式与非抢占式调度算法的优点,可以提高任务集的调度成功率,并减少由于任务切换引起的系统开销。
  5. To solve this problem, we study the low-complexity preemptive packet-mode scheduling and propose the algorithm called preemptive short packets first ( P-SPF).
    为解决该问题,本文设计了一种低复杂度抢占式交换结构,并提出了相应的抢占式短包优先调度算法(PSPF)。
  6. A method of improved preemptive level scheduling
    改进型抢先位级调度方法
  7. To estimate the maximum release jitter of the sub-task in a transaction exactly, this thesis presents corresponding methods to compute the best-case response time of periodic tasks under the EDF preemptive scheduling policy and the preemptive threshold policy.
    为了精确估计端到端任务中的后继子任务的最大释放抖动,针对抢占阈值调度策略和EDF抢占式调度策略,分别提出了强实时任务最小响应时间的计算方法。
  8. Schedulability Analysis for Non-Preemptive EDF Scheduling Algorithm
    不可抢占式EDF调度算法的可调度性分析
  9. Because the schedulability analysis is the most important among the scheduling theory for real-time, we analyze the schedulability for hybrid preemptive scheduling and priority-based grouping scheduling.
    实时系统任务调度研究中最重要的就是可调度性分析研究,本文还对采用基于优先级的分组调度机制和混合抢占调度机制做了可调度性分析。
  10. This paper introduces the architecture of on-demand data broadcast and the performance metrics, analysis the basic scheduling algorithm, preemptive scheduling and real-time scheduling algorithms.
    本文介绍了基于需求的数据广播的系统结构和性能衡量标准,并分析了基本的广播调度算法,抢占式调度算法以及实时调度算法。
  11. And we analyze three task scheduling schemes based on this task set module, which include hybrid preemptive scheduling, priority-based grouping scheduling and FCFS scheduling.
    在该任务模型上分析了二种任务调度机制,包括基于优先级的分组调度机制、混合抢占调度机制、FCFS调度机制。
  12. This paper describes scheduling mechanism in embedded μ C/ OS-ⅱ and gives difference between scheduler in task and scheduler in interrupt. So efficiency of preemptive scheduling is better.
    本文描述了嵌入式操作系统μC/OS-Ⅱ的调度机制,通过任务级调度和中断级调度不同的比较,看出该系统的抢占式调度策略的高效性。
  13. In this thesis, in order to solve the problem that the kernel Nut/ OS real-time character is weaker, the factors influencing real-time character are analyzed, and preemptive scheduling tactics is introduced, at the same time scheduling in ISR is realized.
    为了解决内核Nut/OS实时性较弱的问题,分析了影响其实时性的因素,引入了抢占式任务调度策略,以及在中断处理函数内进行调度的机制。
  14. A supervisory command preemptive scheduling mechanism is provided accompany with competition of critical resource and synchronization;
    提出了解决串口临界资源竞争和同步问题的监控命令抢先调度机制;
  15. It features fast multitask switch, preemptive task scheduling, micro kernel and configurable organization, and effectively supporting various hardware environments, and it has become a de facto industrial standard.
    它以快速多任务切换、强占式任务调度、微内核与可裁剪的组织结构、有效支持各种硬件环境等特点成为事实工业标准。
  16. Preemptive Short-Packet-First Scheduling in Input Queueing Switches
    输入排队中抢占式的短包优先调度算法
  17. It is significant to compute the response time for the requests of the periodic tasks in a real-time system. This paper is focused on the preemptive threshold scheduling and presents a formula to compute the response time for a request.
    在实时系统中计算任务请求的响应时间具有重要意义,针对抢占阈值调度,给出了一个计算任务请求响应时间的公式。
  18. A Preemptive Scheduling Problem with Different Interrupted Time Cost on Identical Parallel Machines
    有不同中断时间代价的一致并行抢先调度问题
  19. The real-time microkernel supports 16 tasks. The preemptive scheduling mechanism is adopted for the real-time tasks.
    实时内核支持16个任务,它采用抢占调度机制来提高实时性能;
  20. Analysis of Preemptive Scheduling Policy in Embedded μ C/ OS-ⅱ
    μC/OS-Ⅱ嵌入式操作系统中抢占式调度策略分析
  21. According to the security gateway real-time demand this thesis explains the defects of Linux real-time performance. Three aspects which are preemptive scheduling kernel, real-time task scheduling strategy and the response time of task are designed to improve the real-time performance of Linux.
    本文针对安全网关的实时性需求,阐述了Linux作为安全网关操作系统在实时性方面的不足,并从抢占式内核调度、实时任务的调度策略、任务的响应时间三个方面对Linux内核进行改进;
  22. For a preemptive threshold scheduling periodic task, an algorithm CRFS is put forward to compute the response time of its requests.
    针对抢占阈值调度策略,提出了CRFS算法。
  23. IR-OS adopts micro-kernel structure, preemptive scheduling strategy, and has user friendly API.
    IR-OS采用了微内核结构设计,基于抢占式优先级调度,内核代码简洁,并提供良好的开发接口。
  24. IR OS adopts preemptive scheduling strategy, which has brevity code and user friendly API.
    IROS采用了抢占优先级调度方式,内核代码简洁,并为用户提供开发接口。
  25. Research on schedulability analysis for preemptive threshold scheduling.
    抢占门限调度下的系统可调度性分析研究。
  26. RTOS, according to its work patterns, can be divided into preemptive scheduling and non-preemptive scheduling.
    实时操作系统根据工作方式可以分为抢占式调度和非抢占式调度。
  27. After the improvement, the operating system μ C/ OS-II can create the same priority task. Tasks with the same priority use the time piece rotation scheduling, and tasks with different priority still used priority-based preemptive scheduling.
    改进之后的μC/OS-II操作系统可以创建相同优先级的任务,相同优先级任务采用时间片轮转的调度策略,不同优先级任务仍采用基于优先级的抢占式调度机制。
  28. With strategy of resource considered first, foundation of preemptive threshold and the backup and recovering mechanism of planning results, it can reduce quantity of rescheduling invalid tasks again, and increase the efficiency of preemptive scheduling process.
    在抢占调度过程中,利用资源优先策略、建立抢占阈值和失效恢复机制,减少了失效任务再调度次数,从而提高了抢占调度效率。
  29. The context switching also occurs when the task being activated in the preemptive scheduling in order to fast-response the new high priority task.
    而在抢占式调度内核中,任务切换除了发生在上述情况外,还发生在高优先级任务被激活时,这是为了快速响应高优先级任务。
  30. By analyzing the feasibility of preemptive scheduling, defining the conception of urgency, the Maximum Urgency First ( MUF) is proposed as the scheduling method.
    通过对预约抢占的可行性分析,并结合对任务引入的紧迫度定义,采用最大紧迫度优先(MaximumUrgencyFirst,MUF)策略对预约任务进行抢占调度。