Open source rt patches applied to the Linux operating system provide the fundamental rt services required to support rt behaviours, particularly those mandated by the RTSJ.
Linux操作系统应用了开源的RT补丁，提供了基本的RT服务以支持RT行为，特别是支持RTSJ规范要求的行为。
The default mode is rt, or open for reading text mode.
默认的模式是rt，即打开供读取的文本模式。
Note: Text mode can be w, r, wt, rt, and so on.
请注意：文本模式可以是w、r、wt、rt等。
This article explains the limitations of traditional GC for rt applications, details Metronome's approach, and presents tools and guidance for developing hard rt applications with Metronome.
本文解释了RT应用程序的传统GC的限制，详述了Metronome的方法，并且为使用Metronome开发硬rt应用程序提供了一些工具和指导。
Professor William Brumfield, who specializes in Russian Art and Architecture, told rt more about Kargopol's traditional crafts.
威廉·布拉姆菲尔德教授是研究俄罗斯艺术和建筑的专家，他告诉记者更多关于卡尔歌普传统工艺的情况。
An alternative approach, suitable for many rt applications that can tolerate very short pauses, is to use an rt garbage collector such as Metronome in WebSphere Real Time.
还有一种替代方案，适用于许多可以容忍极短暂停的RT应用程序，也就是使用一种RT垃圾收集器，例如WebSphere Real Time中的Metronome。
Although splitting the STW GC cycle into short bounded pauses helps reduce GC's impact, this isn't sufficient for rt applications.
虽然将STWGC循环分解为短暂的有限制的暂停有助于减少GC的影响，但这对RT应用程序来说还不够。
Standard Linux versions support a single default policy, whereas rt Linux versions also support the priority inheritance locking policy.
标准的Linux版本支持单个的默认策略，而RT Linux版本还支持优先级继承锁定策略。
It refers back to the previous articles in the series as it shows how to get programs executing with an increasing degree of rt determinism.
文中引用了本系列之前的文章，以展示如何使程序以更高级别的RT确定性执行。
The signal interval time was an important factor affecting the rt of signal detection.
信号间隔时间是影响信号觉察反应时的一个重要因素。
In certain situations, Metronome's short pause-time guarantees are insufficient for an application's rt characteristics.
在某些情形下，Metronome的短暂停时间保证不能满足应用程序的RT特征。
Priorities are also an important tool for use by rt applications.
优先级也是RT应用程序使用的一种重要工具。
Native code compilation for rt.
RT中的本地代码编译。
RT applications must be able to respond to real-world stimuli within deterministic time intervals.
RT应用程序必须能够响应具有确定时间间隔的实际刺激。
The alarm thread, being a high-priority RT thread, preempts any other lower-priority thread, and the GC thread also runs at an RT priority.
alarm线程是一个高优先级rt线程，它会抢占任何其他具有较低优先级的线程，而gc线程仍然以RT优先级运行。
Synchronization must be carefully managed within a RT system to prevent high-priority threads from waiting for lower-priority threads.
在RT系统中必须小心地管理同步，以防止高优先级线程等待低优先级线程的情况发生。
In an RT environment, however, the JIT compiler introduces an unpredictable run-time behaviour that wreaks havoc on worst-case execution time analysis.
然而，在RT环境中，JIT编译器引入了不可预知的运行时行为，这将严重影响最坏情况时执行时间分析。
With the RTSJ, true priorities and a fixed-priority preemptive scheduler with priority-inheritance support is required for RT threads.
在RTSJ 规范中，RT线程需要真正的优先级，以及具有优先级继承支持的固定优先级抢占式调度程序。
Real-time (RT) application development distinguishes itself from general-purpose application development by imposing time restrictions on parts of the runtime behavior.
实时（RT）应用程序开发与通用应用程序开发的差异在于前者对部分运行时行为强加了时间限制。
In a traditional non-RT environment, compiling code while the program executes works well because the compiler's actions are mostly transparent to the application's performance.
在传统的非rt环境中，在程序执行时编译代码效果非常好，因为大部分的编译器操作对应用程序性能是透明的。
The first solution is to employ a JIT compiler, operating at a low non-RT priority, that has been modified to perform fewer aggressively speculative optimizations.
第一个解决方案是使用JIT编译器，在较低的非rt优先级上运行，它已被修改为很少执行主动的推测性优化。
Why RT can be relied upon for a study of cross-cultural pragmatic failure is one of emphases of my thesis.
关联理论的框架是否可以用来支撑跨文化语用失误的研究是本文讨论的一个重点。
Proposed and implemented several methods to improve the SD-RT algorithm with the graph traverse algorithm.
基于图的遍历算法，提出和实现了对于SD-RT算法的几种改进方法。
Our simulation results show that compared with Direct Diffusion (DD) algorithm, RRPS achieves lower delay for real-time (RT) traffic, and exhibits substantially longer network lifetime.
实验结果表明，与直接扩散路由算法相比，RRPS能降低实时业务的端对端延时和延时抖动，并提高网络生存期。
Quantitative RT-PCR results indicated representation of OsBTB gene expression was corresponding with the selected resistant and pathogenesis-related genes.
定量PCR结果表明该基因的表达模式与所选取的抗性及抗性相关基因的表达模式一致。
Quantitative RT-PCR results indicated representation of OsBTB gene expression was corresponding with the selected resistant and pathogenesis-related genes.
定量PCR结果表明该基因的表达模式与所选取的抗性及抗性相关基因的表达模式一致。
应用推荐