uniprocessor

n.  单处理器

复数:uniprocessors

计算机

BNC.31644



双语例句

  1. When this program is run on a uniprocessor, it prints the following
    当此程序在单处理器上运行时,它将打印以下结果
  2. Recently, IBM announced blade servers, the BladeCenter HS12 and JS12 servers, with support for hot-swap SAS drives, but both are uniprocessor machines only.
    最近,IBM发布了blade服务器BladeCenterHS12和JS12服务器,它们支持热交换SAS驱动器,但是它们都是单处理器机器。
  3. On a typical uniprocessor host, tasks don't really execute simultaneously.
    在典型的单处理器主机上,任务实际上并不是同时执行的。
  4. How do I know if I am running a uniprocessor kernel or a multiprocessor kernel?
    如何查明正在运行的是单处理器内核还是多处理器内核?
  5. Dan argues that in the case of the uniprocessor, Strong isolation of Transactional Memory can be achieved at little cost.
    Dan认为在单处理器体系结构下,实现事务性存储的强隔离只需要很小的开销。
  6. Even uniprocessor systems must disable preemption in this way to avoid race conditions.
    甚至单处理器系统也必须要这样禁用抢占机制以防止竞态条件的产生。
  7. Uniprocessor Static Priority Scheduling with Limited Priority Levels
    优先级有限时的单处理器静态优先级调度
  8. For DCS, considering the difference of execution times of primary copy and backup copy of a hard real-time task on a processor and combining task duplication technique and scheduling algorithm for uniprocessor, a new fault-tolerant scheduling algorithm is presented.
    针对分布式控制系统,考虑基版本与副版本的执行时间不同时,结合版本复制技术和单处理器调度算法提出了一种新的容错调度算法。
  9. Based on a distributed UNIX designed by our research group, this paper presents the technology of remodeling and extending an uniprocessor's UNIX into the distributed one.
    本文以我们设计的一个分布式UNIX为蓝本,阐述对单机上的UNIX进行分布式改造和扩充的技术。
  10. In the environment of uniprocessor, we discuss the algorithms of RMS which stands for rate-monotonic-scheduling and DEF which stands for the earliest-deadline-first-scheduling detailed, and a mixed scheduling algorithm which is combinations of the rate-monotonic scheduling algorithm and the deadline driven scheduling algorithm.
    在单处理机环境下,再次详细论述了RMS和DEF两种调度算法,以及两者的混合调度算法。
  11. The algorithm is divided into two parts: one is task-assigning algorithm, the other is scheduling algorithm for uniprocessor.
    该算法由两部分组成:任务分配调度算法和单处理器调度算法。
  12. A discussion is made on the consistency of information between Cache and Main Memory ( MM) in uniprocessor, processor and I/ O, and multiprocessor systems.
    本文讨论了单处理机内部、处理机与I/O系统、多重处理机系统中的Cache-MM信息一致性问题。
  13. In order to schedule many kinds of different real-time tasks, dual priority queues scheduling algorithm is given for uniprocessor and the schedulable condition of the tasks is investigated.
    首先给出了用于调度多种实时性任务的单处理器调度算法&双优先级队列调度算法,并分析算法的可调度性条件。
  14. For the periodic real-time task sets on uniprocessor systems, FT/ FA ( fault-tolerance/ frequency assurance) scheduling of imprecise computation was proposed.
    针对单处理器系统的周期性实时任务集,基于非精确计算,提出FT/FA(FaultTolerance/FrequencyAssurance)调度方法。
  15. At present, most Electronic Chart Display and Information System ( ECDIS) only appearances with uniprocessor version, and faces to the single user, and the data of chart can't be updated in time.
    目前,电子海图显示与信息系统(ECDIS)多是以单机版形式出现,面向的用户比较单一,同时海图数据得不到及时更新。
  16. An approach for designing superscalar RISC with the compatibility of uniprocessor structure
    单执行部件结构的超标量RISC设计方案
  17. It is impossible to define large-scale eigenvalue and eigenvector with uniprocessor because it is a time-consuming process.
    由于确定大规模矩阵的特征值和特征向量是一个需要大量内存并且耗时的处理过程,单处理机已经无法承受。
  18. Compared with the uniprocessor, Chip Multi-Processor ( CMP), due to its obvious advantages in system throughput, power efficiency, and reliability, has been accepted both by the commerce market and academia as the mainstream architecture.
    与单核处理器相比,多核处理器(CMP,Chipmulti-Processor)由于其在系统吞吐率、功耗效率、扩展性等方面的优势,已成为主流体系结构。
  19. It also presents the workflow of model synthesis under the hybrid scheduling mode and the group-based scheduling mode for uniprocessor environment.
    提出了单处理器环境中混合调度和分组调度方式下模型综合的流程。
  20. From uniprocessor to multiprocessor, there is an increasingly of performance, however it consumes more energy, not only caused a heat dissipation problem which proves difficult to resolve, but also led to the falling of the reliability of the system.
    近年来,处理器的能耗问题日益突出,单处理器到多核处理器,虽然在性能上有所提高,但同时导致了更多的能量消耗,不仅引发了难以解决的散热问题,还导致系统的可靠性下降。