Static priority scheduling is widely used in real-time systems.
静态优先级调度在实时系统中得到了广泛应用。
The design of real time systems poses severe challenge to system designers.
实时系统的设计对系统设计人员而言是一个巨大挑战。
Generally, Helicopter engineering simulators belongs to soft real-time systems.
一般而言，直升机工程模拟器属于软实时系统。
But code written for these implementations may lack portability across run-time systems.
可是为这些实现写的代码可能在运行时系统之间缺少可移植性。
An optimized robust filtering algorithm for uncertain discrete time systems is presented.
提出了一种离散系统的优化鲁棒滤波方法。
The design of variable structure control for uncertain discrete time systems is discussed.
研究了不确定离散时间系统的变结构控制设计问题。
This Paper firstly presents a new system-level design method of heterogeneous real-time systems.
本文首先提出一种新的异构实时系统的系统级设计方法。
A new method is proposed of pole assignment for discrete-time systems with delays at plant input.
提出一种对于带有输入延迟的离散时间系统极点配置的新方法。
Fortunately, other industries that rely on global real-time systems have solutions to this problem.
幸运的是，依赖全球实时系统的其他行业对这个问题已经有解决方案了。
Real-Time Operating System. An operating system designed specifically for use in real-time systems.
实时操作系统。一种被特殊设计来用在实时系统中的操作系统。
AGP is significant for solving the problem of assigning priorities of tasks in embedded real-time systems.
AGP算法对于解决在嵌入式实时系统中任务的优先级分配问题具有重要意义。
Real-time systems often need extraordinary precautions to guard against possible breakdown of the computer.
实时系统往往需要特别小心，以防止计算机可能发生故障。
Rational Test RealTime is designed for embedded and real-time systems, which are often designed to never stop.
RationalTestRealTime是为嵌入式和实时系统设计的，它通常都是设置成从不停机的。
In real-time systems the computer must "keep up," processing all data at high speeds in order to be effective.
在及时的系统计算机必须“跟上，”以高速度处理所有的数据以便有效。
Soft real-time systems can miss deadlines without the overall system failing (such as losing a frame of video).
软实时系统超过截止期限后并不会造成系统整体失败(如丢失视频中的一帧)。
It was designed especially for building fault-tolerant, real-time systems that can be deployed across a network.
它是特别为构建跨网络部署的容错、实时系统而设计的。
Summary: Software architecture has increasingly become important for the development of complex real-time systems.
简介：软件架构对于复杂实时系统的开发已日益变得更加重要。
Real-time systems have special-purpose allocators to deal with this problem. Heaps also becomefragmented, shown below
实时操作系统解决这个问题的方法是采用专用内存分配器（special-purposeal locators）。
After a research on the feedback and control of the reliable time-lag of continuous-time systems with actuator failures.
研究了带有执行器故障的连续时间系统的可靠的时滞状态反馈控制问题。
We address the disturbance decoupling problem of periodic and multirate discrete time systems via synchronous controllers.
研究了利用同步控制器解决周期多频采样系统的干扰解耦问题。
This paper is focused on the research of virtual memory technology and space domain protection mechanism in real-time systems.
本文主要研究了实时系统中的虚拟内存技术以及空间域保护机制。
Architect Data Distribution Service for Real-Time Systems (DDS) applications to manage the complexity of interconnected components.
实时系统(DDS)程序的结构数据分布服务，以管理相互联系构件的复杂性。
Although this approach was relatively simple, it was relatively inefficient, lacked scalability, and was weak for real-time systems.
尽管这种方法比较简单，但是却比较低效、缺乏可扩展性而且不适合用在实时系统中。
For most safety properties and some liveness properties of real-time systems, model checking can be reduced to reachability analysis.
模型检测时，实时系统的大多数安全属性和部分活性都可以通过可达性分析算法来验证。
Today's efficient model-to-code generators can fully implement even hard real-time systems, for which no missed deadlines are acceptable.
当今有效的模型到代码的生成器可以完全地实现甚至是困难的实时系统，对此来说，错过的最终期限是不可接受的。
The problem of robust stability analysis for convex polytopic uncertain discrete-time systems with multiple-state delays is investigated.
研究了具有多重状态时滞的凸多面体不确定离散系统的鲁棒稳定性分析问题。
You can use the MARTE profile to model concepts of real-time systems by using stereotypes to annotate models for support by analysis tools.
通过使用模板来注解模型，您可以使用MARTE文件来建模实时系统的概念。
Since the hybrid system possesses advantages of both consecutive-time and discrete-time systems, it is an excellent type of control systems.
由于这类系统具有连续系统和离散系统二者的优点，因而是一种很有前途的控制系统。
Figure 3 shows the mapping between the discovered services in Registry and the original enterprise applications in their target run time systems.
图3显示了Registry中发现的服务与在目标运行时系统中的原始企业应用程序之间的映射。
Another example is embedded, real-time systems with challenging, non-functional requirements, which cannot afford any XML processing overhead.
另一个例子就是带有挑战性的非功能要求的嵌入式实时系统，它们不能承受任何XML处理开销。
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