决定基于每一个任务的就绪，它们的优先级关系，和特殊调度算法的实现。
This decision is based on the readiness of each task, their relative priorities, and the specific scheduling algorithm implemented.
首先介绍了几种基于信息特征(如优先级、长度、信息在系统总的占用时间等)的调度算法。
First, we introduce several general algorithms, which are scheduled based on the characteristic of information, such as priority, length, and time of information in system.
提出了基于综合事务空闲时间与价值的优先级调度算法。
A scheduling algorithm based on combining slack time and value is presented in this paper.
针对非周期信号的随机性，为了避免信号的死锁提出了基于信号截止期的优先级提升动态调度算法。
According to the randomness of aperiodic signal, a priority promotion dynamic scheduling algorithm based on signal deadline is proposed.
提出了一种基于优先级表设计的调度算法。
A scheduling algorithm based on priority table design is presented in this paper.
设计了一种新的基于截止时限的磁盘调度算法，该算法支持带多优先级的请求。
A new deadline driven disk scheduling algorithm is designed for multimedia servers. The proposed algorithm supports the requests with multi-priority.
节点需要基于网格的安全机制和内部管理机制，本文提出了循环优先级比的任务调度算法和基于这种算法的任务组织结构。
Node needs Grid-based security and internal managing mechanisms. In this thesis a tasks scheduling algorithm is also presented based on priorities and multiply queue.
针对邮运调度特点，设计一种基于优先级的装箱调度算法，并给出了算法的设计思路和流程。
Considering the characteristics of mail-delivery, a priority-based bin-packing delivery algorithm is designed with its ideas and flowchart presented.
任务的调度是基于它的当前状态和优先级，是根据调度算法提供的时间片来分配CPU的。
The scheduling of a task is based on its current state and priority. Each is dispatched to the CPU for periods of time determined by scheduling algorithm.
然后，为两任务集合分别建立了基于动态优先级的优化调度模型，提出了一种基于多模型的实时传感器调度算法。
Then, a sensor scheduling model for each task set is established based on the dynamic priority theory. Furthermore, a novel real-time sensor scheduling algorithm based on a multi-model is proposed.
然后，为两任务集合分别建立了基于动态优先级的优化调度模型，提出了一种基于多模型的实时传感器调度算法。
Then, a sensor scheduling model for each task set is established based on the dynamic priority theory. Furthermore, a novel real-time sensor scheduling algorithm based on a multi-model is proposed.
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