并证明了DWCS算法可以用于一般的弱硬实时系统中。
It is proved that DWCS can also be used in popular weakly hard real-time systems.
能够在指定的期限完成实时任务(即便在最坏的处理负载下也能如此)的操作系统称为硬实时系统。
An operating system that can support the desired deadlines of the real-time tasks (even under worst-case processing loads) is called a hard real-time system.
弱硬实时理论能够统一描述原有各类实时系统，硬实时、软实时系统都是一类典型的弱硬实时系统。
The theory of weakly hard real-time can describe different real-time system, both hard real-time and soft real-time system are the typical weakly hard real-time systems.
在定义弱硬实时系统周期任务模型的基础上，提出基于RM调度策略的弱硬实时调度算法PV - RM。
Defining the periodic task model for weakly hard system, the PV-RM scheduling algorithm is presented on the basis of RM scheduling policy.
有保证的调度对硬实时系统是必须的，这是因为系统中每个进程必须满足它们的截止时间，否则后果不堪设想。
Guaranteed scheduling is necessary for hard real time systems, because each process of them must meet their deadline, or a serious consequence will result.
当你设计一个非常复杂的系统，需要硬实时。
When you are designing a very complex system with hard realtime requirements.
我国无损检测系统不嵌入另一个系统，但他们有一个硬实时的要求。
Our NDE systems are not embedded in another system, though they have a hard real-time requirement.
为了更好地定量分析可预测性，需要为以固定优先级方式调度的、周期性任务的硬实时CORBA系统建模。
In order to achieve this, scheduling models should be set up for hard real-time CORBA systems with static priority and periodic tasks.
介绍一种用于硬实时嵌入式应用的新的软件系统结构。
This paper presents a new software system architecture for the implementation of hard real-time Embedded applications.
硬实时周期任务和软实时非周期任务是实时系统中两种基本的任务类型，它们的混合调度问题是实时研究的重点之一。
The hard periodic task and soft aperiodic task are two basic types of real-time task; their hybrid scheduling is an important part of real-time research.
分布并行实时系统严格划分为硬实时和软实时两类系统。
Distributed parallel real-time system is strictly divided into hard and soft real-time systems.
具体地表现在多种类型的实时应用，包括硬实时应用，软实时应用以及非实时应用共存于一个系统的情况越来越广泛。
So the cases that different kinds of hard real-time, soft real-time and non-real-time applications coexist in one system become more and more popular.
具体地表现在多种类型的实时应用，包括硬实时应用，软实时应用以及非实时应用共存于一个系统的情况越来越广泛。
So the cases that different kinds of hard real-time, soft real-time and non-real-time applications coexist in one system become more and more popular.
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