论文通过对插件之间的运行关系的分析，提出了分析插件调度问题的依赖任务调度模型。
After analyzing running relationship between plugins, the paper proposed a dependence-task-scheduling-model (DTSM) to analyze plugin-scheduling problem.
介绍网格任务调度的研究现状，分析网格任务调度算法的基本原理，提出一种网格计算任务调度模型。
Introduces the status quo of the research on task scheduling, and analyzes the principle of the algorithm used in task scheduling, then puts forward a model dealing with task scheduling.
依据漏洞检测的要求和实现的特点，构造一个分布式扫描任务调度模型，提出相应的扫描任务分配算法。
Based on the request and character of hole detection technology, this article establishes a distributing scanning task scheduling model, describes a scanning task distributing algorithm.
文章首先介绍了负载分配的几种分类，然后重点讨论了基于任务相关图的静态任务调度，最后给出了几种其它的任务调度模型。
This paper first gives several classifications of load assignation, and then lays emphasis on the scheduling based on interactive graph of tasks. At last other scheduling models are introduced simply.
在此基础上借鉴现实人类社会中人与人之间的信任关系模型，在任务调度过程中引入信任机制，提出了一种基于信任机制的动态任务调度模型。
Base on this, we present a kind of trust mechanism-based dynamic task scheduling model which imports trust mechanism by using interpersonal trust relationship in human society for reference.
这些方法分为两类：在过程或任务模型中包含自动删除设置，或者通过管理操作应用推迟的或调度的实例删除机制。
There are two general approaches: either model the automatic deletion within the process or task model, or employ delayed or scheduled instance deletion mechanisms by using administrative actions.
一个托管编程模型，支持数据并行处理，任务并行处理，并通过一个通用的工作调度器统一协调并行运行的硬件。
A managed programming model for data parallelism, task parallelism, and coordination on parallel hardware unified by a common work scheduler.
我们对合并和分叉模型进行了修改，使多任务系统可以方便地通过操作系统管理程序进行调度。
In order to make the multitask scheduling be realized by system management scheduler of the Operating system, modified solutions for join and fork models are presented.
网格环境下基于移动代理的两级环调度模型主要由网格任务管理中心、网格资源节点、网格用户、用户作业组成。
A two-level-loops scheduling model, based on mobile agent in grid environment, is composed of a grid task management center, grid resource nodes, grid users, and jobs.
文中还初步讨论了基于这种程序设计模型的性能优化原语、编译优化和任务调度等问题。
The primitives of performance optimization, compile-time optimizations and task scheduling related with the model are also discussed in this paper.
新模型是基于工作流任务调度的授权系统。
This new model is a workflow authorization system based on workflow task scheduling.
基于状态任务网络（STN）描述批处理过程，提出了多目的批处理过程的混合整数规划（MIL P）调度数学模型。
Based on state task network (STN) representing process recipes, a mathematical model of mixed integer linear programming (MILP) for scheduling of multipurpose batch plants is presented.
目的是结合虚拟组织思想，给出在移动代理环境下的网格任务调度的模型。
The purpose of the thesis is to provide a model of grid task scheduling based on mobile agent environment combined with thought of virtual organization.
目前现有的基于周期性任务模型的确定性分析方法比较保守，不适合于多媒体、通讯等软实时系统的可调度性分析。
The existing deterministic analysis methods based on period task modes are conservative, and are not suitable for soft real time systems such as multimedia systems and communication systems.
与此同时，本文还在任务调度中使用了组合优化模型。
At the same time, this paper also discussed task scheduling process with combination optimize model.
根据实时多任务的动态调度算法以及与实时性能密切相关的因素，建立起超时故障评价模型。
The model can point out that which tasks will produce time out fault and estimate the probability.
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.
在分布式计算环境下，为了有效地利用计算资源、快速完成协同计算任务，提出了基于优先级的任务调度与负载均衡模型。
To utilize the computing resources effectively and accomplish the cooperative task rapidly in the distributed environment, the priorities based task scheduling and load balancing models are proposed.
提出一种基于遗传神经网络的主机负载预测模型，并基于该模型设计了集中式任务调度算法CJD - HLP。
A host load prediction model based on heredity-neural network is proposed, and center task scheduling algorithm CJD-HLP based on the model is designed.
基于经济模型的计算网格资源分配和任务调度，将货物市场模型与拍卖模型进行比较。
The commodity market model was compared with the auction model from the aspects of resource allocation and task scheduling based on economic models in computational grids.
装备保障资源的柔性分配模型有利于装备保障指挥系统进行资源调度，可以满足复杂的装备保障任务对资源的需求。
The flexible resources assignment models are convenient for equipment support command and control system to assign resources and can meet the requirements of complex equipment support tasks.
该模型解决了数控系统中混合任务调度的问题，降低了任务模块间的耦合性，能够覆盖所有的调度对象，更适合开放式数控系统的设计要求。
The model solves the hybrid task scheduling problem, reduces the coupling between the task modules, covers all of the scheduling objects, and is more suitable for open CNC systems.
论文提出了一种基于抢占门限的实时多任务系统的优化实现模型，它同时具有低开销与高可调度性。
This paper presents an optimal realization model based on the preemption threshold for real-time multitask systems, which has low overheads and higher schedulability.
通过将资源信用模型嵌入资源调度系统，尽量将任务分配给信用值较好的资源以提高系统的可靠性。
Through embedding the resource credit model into resource managing systems, the resource having the higher credit will receive tasks at a higher rate, and thus the grid system is more reliable.
本文研究了从对象模型中提取出和时间约束有关的任务集合，并应用传统的实时调度理论验证端到端时间约束的方法。
Second, a virtual task set relevant to timing constraints is elicited from the object model, and it is validated against end-to-end timing constraints.
论文提出了一种完全分布的网格资源管理模型，即在网格中没有任何全局的资源信息，同时提出了与此资源模型相适应的基于任务压力的网格任务调度算法。
This paper investigates the idea of a completely distributed Grid resource model and task scheduling algorithm, which are based on task press, to solve this bottleneck problem.
提出了一种实时系统任务模型，分析了该模型中周期和非周期任务可调度的条件，并给出了一种强实时非周期任务的可预测调度算法。
This paper presents a task model for real time systems and gives the conditions that guarantee periodic and aperiodic tasks to be schedulable respectively.
目前任务调度算法中刻画任务依赖关系最流行的模型是DAG。
At present the most popular model characterizing dependencies between tasks is DAG (directed acyclic graph).
本文对可信感知实时任务模型与调度算法进行了深入的研究和探索，为增强MCRTS可信性做出了有益的贡献。
The dependability-aware real-time scheduling models and algorithms proposed in this dissertation may provide some contributions to improve the dependability of MCRTS.
试验结果表明，该模型适于描述该类型系统的任务调度过程。
The experimental result shows that the given model is fit for describing the task scheduling of Parallel Automatic Test System.
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