time slice

Application of Time Slice to Imaging System Using Acoustic Holography

全息摄影的图像系统中时间片的应用

Extension of time slice circular scheduling in UC / OS - ⅱ kernel

UC/OS-Ⅱ内核扩充时间片轮转调度算法的设计

Research on Multimedia Database System Based on Time Slice Video Retrieval

基于视频时间段检索的多媒体数据库系统研究

3 & d migration velocity field building up with time slice method

用时间切片法建立三维偏移速度场

Spatio-temporal data of facility agriculture based on time slice model

基于时间切片模型的设施农业时空数据研究

Effects of Time Slice to Short - Term Memory of Undergraduate

保存时距对短期记忆之记忆量的影响

Increasing the time slice can improve system throughput due to reduced context switching .

增加时间切片可减少上下文切换，从而可以提高系统吞吐量。

The Safety Decision-Making Scheduling Algorithm of Selecting the Time Slice in Timetable Problem

排课程序时间片选择的安全决策调度算法

Session is applied to partition time slice , which strengthens the time concept ;

运用Session来划分时间段，增强了时间的概念；

Research on Time Slice Query and Spatio-Temporal Range Query in Spatio-Temporal Databases

时空数据库瞬时查询和时空范围查询研究

Time slice circular scheduling algorithm is description in detail . And the algorithm is used in the control system programming .

详细介绍了基于时间片轮转调度算法的软件设计方法，并将该技术应用于本控制系统的软件编程中。

Each task has a time slice that determines how much time it 's permitted to execute .

每个任务都有一个时间片，这取决于系统允许执行这个任务多长时间。

The identification of polygonal fault is based on interpreting seismic profiles and their time slice .

多边形断层系的识别主要通过时间切片分析和地震剖面解释等手段进行。

The default time slice is10 ms ( for one clock tick ) .

缺省时间切片是10毫秒（一个时钟计时单元）。

The algorithm provides the different power radiation due to the time slice and current topological information of the waiting state .

并在等待状念按照时间片和当前的拓扑信息以不同功率进行辐射。

In this paper , time slice arranging algorithm and space arranging algorithm are applied for arranging training schedule .

本文将时间片安排算法和空间安排算法运用到系统的训练计划安排。

Schedo is more commonly used to change the length of the scheduler time slice .

Schedo通常用于更改调度程序时间片的长度。

This system realizes the display of trace head attribute data and the time slice display of three-dimensional post Gm data .

该系统实现了对道头属性数据的显示，以及三维叠后Gm数据的时间切片显示。

To change the time slice , use the schedo-o timeslice = value option .

要更改时间片，可以使用schedo-otimeslice=value选项。

Achieve a true-dip migration by doing Radon inverse projection of time slice .

最后在时间切片上作Radon反投影，便能实现真倾角同相轴的偏移归位。

Voluntarily relinquishes its time slice by making a call to Thread . yield () .

通过调用Thread.yield（）方法自愿放弃它的时间片。

The regular Java thread runs with SCHED_FIFO policy and so the thread does not time slice .

普通Java线程按SCHEDFIFO策略运行，因此线程不划分时间片。

In the meantime , the CPU scheduler will allocate a time slice to some other process in memory .

与此同时，调度器将分配一部分时间给内存中的另外一些项目。

A preemption control model based on time slice is therefore proposed to assign every task on upper limit of preemptable frequency .

提出了一种基于时间片的抢占控制模型，为每个任务分配一个可抢占次数的上限。

In this system , the time slice division method has been adopted to collect important signals at high speed and in continuous mode for a long time .

系统中，采用分时间片方式完成了重要信号的长时间高速持续采集；

According to the indexing structure , the time slice query algorithm and spatio-temporal range query algorithm are proposed , and the performance evaluation is given .

同时在该索引结构的基础上进行了瞬时查询和时空范围查询的研究，结合查询窗口扩展策略提出查询算法，性能评价表明与现有技术相比较该算法提高了系统的查询性能。

If the value of context switching is very high , increasing the time slice can improve performance , but this should only be done after extensive analysis .

如果上下文切换的值非常高，则增加时间切片可提高性能，但这必须在经过大量分析之后才能实施。

SCHED_FIFO does not time slice threads .

SCHEDFIFO不为线程分时间片。

The low coherence value in the coherence cube is reflected by the coherent time slice and coherent bed flattening slice .

相干体上的低相干值通过相干时间切片和相干层拉平切片来反映。

The time slice of coherent data body can unveil geological phenomena of fault , rock body margin , subsided column and unconformity .

对相干数据体作水平切片图，可揭示断层、岩性体边缘、陷落柱、不整合等地质现象。