Setting up instructions so that they take full advantage of a processor's pipeline is called instruction scheduling. 对指令进行设置使它们可以充分利用处理器流水线的技术称为指令调度。
At very high loads, the processor can be consumed with scheduling and devote little time to the tasks themselves. 在任务负载非常重时,处理器会因调度消耗掉大量的时间,用于任务本身的时间就非常少了。
These notes from Martin C.Rinard's operating systems lecture provide a great condensed summary of processor scheduling. 来自MartinC.Rinard操作系统讲座的文章提供了关于处理器调度话题的要点总结。
A low complexity resource management scheme based on generalized processor sharing ( GPS) scheduling for the downlink of OFDM systems is proposed. 针对OFDM系统的下行链路,提出了一种基于广义处理器共享(GPS)调度的低复杂度资源管理方案。
To solve the data hazard of embedded processor, a dynamic scheduling controller is designed. 针对嵌入式处理器数据相关问题,设计了一种动态调度控制器。
Processor scheduling, memory usage, and virtual memory 处理器计划,内存使用和虚拟内存
Long lock hold times also keep the current processor from scheduling, meaning that a higher priority process-which really should be able to get the CPU-may have to wait. 对锁较长时间的控制也会使处理器违反计划调度,也就是说,这会导致一个拥有较高优先级的进程不得不等待CPU。
Classic real-time scheduling algorithms in uni-processor systems and two typical multi-processor scheduling algorithms are investigated. 分析了多处理器系统中的典型调度算法:对分布式系统中的两种调度算法:广义单调速率调度和分布式风车调度做了简要论述;
Processor Scheduling Process within Time Sharing and Batch Processing Systems 分时批处理系统中的两级处理机调度
Futher more optimization for local processor task scheduling also will be proposed. 媒体处理器MediaDSP3201则完成视频解码相关的任务,并对两个处理器的局部任务调度做了进一步的优化设计。
In heterogeneous parallel computing systems based on message passing, every processor or computer has capability of scheduling and executing jobs autonomously and independently. 在基于消息传递的异构并行计算系统中,各处理器或计算机具有自制和独立地调度、执行作业的能力。
Processor Selection Policy in Heuristic Task Scheduling 启发式任务调度中的处理器选择策略
In order to ensure successful real-time control tasks for a single processor, task scheduling method is adopted, which is a new research area that has emerged. 为了在单处理器上实现可靠的实时多任务控制,引入任务调度思想。
The paper focuses on the design of requirement analysis based on UML with an example of University Intelligent Arranging Course System Based on Parallel processor Scheduling Algorithm. 文中探讨了基于UML的系统需求分析的方法,并用此方法对基于并行处理机调度算法思想的高校智能排课系统进行了需求分析。
In this paper, we study the problem of multi processor job scheduling on hypercube networks. 本文研究超立方体中的多处理器任务调度问题。
The simulation results of the case study show that the model can not only decrease the number of preemptions effectively but also improve the processor utilization for static priority scheduling algorithm such as rate monotonic scheduling. 本文最后通过实验验证了该微调度的抢占模型不仅有效地减少抢占次数,同时对于静态优先级调度策略如RM,能有效地提高处理器的可调度利用率。
The Method of Recursive Divide for Task Partition and Processor Scheduling 任务划分与处理机调度的递归&分治方法
Single processor scheduling with batching and with penalty of common due window location 公共交货期窗口待定的单机成组分批排序
Research of a Processor Allocation and Scheduling Distributed System 分布式系统中处理机的分配和调度研究
In practice, the problem of minimizing the tardiness on a single processor is how to assign executive time for each of a set of tasks in order to minimize the total tardiness, this problem is a kind of important basic problem of processor scheduling problems. 单处理器最少延误问题实际上是对任务集中每一个任务如何分配执行时间使得延误任务数量最少的问题,该问题是处理器调度问题中一类重要的基础问题。
Processor Scheduling in Programmable Router Based on Queue Length Thresholds 可编程路由器中基于缓冲队列长度阈值的处理器调度
Parallel Processor Scheduling with Chain-structured Tasks 任务具有链约束的平行机调度问题
As the kernel of the power distribution system, Power System Processor implements electrical load scheduling and management, system fault process and fault recovery, system rebuilding. 供电系统处理机则是该先进飞机配电系统的核心,负责对电气负载实时控制与管理,同时负责系统故障处理、恢复和系统动态重构。
Very long instruction word digit signal processor will assign recognition and scheduling of parallel task to compiler, so we need a very ambitious complier to use VLIW DSP well. 超长指令字(VLIW)数字信号处理器将并行任务的识别和调度交给了编译器,因此在利用VLIWDSP的时候需要有一个功能更为强大的编译器。
At first, the thesis made a heterogeneous multi-core system modeling, including task model, processor model, scheduling model and constraint model, which provided the target environment for algorithm implementation. 本文首先建立了异构多核系统的系统模型,包括任务模型、处理器模型、调度模型、约束条件模型,为算法的实现提供了目标环境。
With the IC process technology development, the performance of heterogeneous multi-core processors will be multiplied. It is clear that the original system-level problems will be introduced to the processor inside, for example task scheduling assignment. 在集成电路工艺技术发展的驱动下,异构多核处理器的性能在成倍的增加,但原来系统级的一些问题被引入到处理器内部,任务的调度分配就是问题之一。
To fully utilize the processor capacity and to improve the scheduling performance, this dissertation defined the maximum idle time slot of processor. 本文定义了最大化的处理器空闲时间间隙,充分利用了处理器的能力,进而改善调度性能。
Although the main purpose of scheduling is to allocate processor, the scheduling methods are different in different systems. In the implementation of scheduling, the used algorithm may vary. 虽然调度的主要目的是为了分配处理机,但在不同的系统中所采用的调度方式是不同的,在执行调度时所采用的调度算法也可能不同。
The host processor is responsible for task scheduling, ultra-sound barrier, sensor and peripheral circuit, the slave processor is responsible for receiving data from the host processor and make motor realize the robot tasks. 主处理器主要负责任务调度、超声波避障、传感器及外围电路,从处理器负责接收主处理器传来的数据请求,控制电机做出适当的动作,实现机器人的作业任务。
On this basis, a crane allocation algorithm is proposed based on the proposed parallel processor scheduling. The algorithm uses the order of constraint relations between tasks. 在此基础上,提出了基于并行多处理机调度的胎吊分配调度算法,该算法利用取箱任务间先后顺序约束关系进行。