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.
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。
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.
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。
Simulation results show that the proposed algorithm performs better than other scheduling algorithm in heterogeneous grid.
模拟实验结果表明，在网格异构环境下，该算法优于其它几种算法。
Resource in the grid environment is dynamic. The traditional static job scheduling algorithm is not suitable for it.
网格中的资源都是动态的，传统的静态任务调度算法不能适应网格的动态特性。
Absrtact: Task scheduling algorithm has been proved to be a NP hard problem in the dynamic, heterogeneous and complicated grid environment.
摘要：在动态、异构的复杂网格环境中，任务调度算法已被证明是一个NP难问题。
To optimize node selections for grid jobs under de-centralized scheduling frameworks, the algorithm of random multi-start hill climbing is proposed.
为优化无中心式调度框架下网格作业的节点选择，提出了随机多起点爬山算法。
Absrtact: an improved ant algorithm has been presented in order to solve the problem of task scheduling in the grid environment.
摘要：文中提出了一种以蚂蚁算法为基础的改进算法，用以解决网格环境下的任务调度问题。
By establishing grid resources performance measured-matrix, the paper constructed a job scheduling model, and gave a specific job scheduling algorithm based on this model.
通过建立网格资源性能量化矩阵，构建了一个作业调度模型，并基于此模型给出了一个具体的作业调度算法。
Referring current research results on job scheduling algorithms in grid environments, this paper proposes a job scheduling algorithm based on greedy strategy and a self-adaptive algorithm.
在研究分析计算网格作业调度算法现有成果的基础上，本文提出了一种基于贪心策略的调度算法和一种自适应调度算法。
Considering the characteristic of GHPCP, the author puts forward an improved algorithm by combining the ant optimization algorithm with grid scheduling.
针对基于网格的高性能计算平台的特点，作者将蚁群优化算法与网格调度技术相结合提出了一个改进算法。
Resource allocation and task scheduling of Grid is an NP-hard problem. Ant algorithm has proved to be a kind of effective algorithm to solve this kind of problems.
网格环境下的资源分配与调度是一个NP难问题，蚂蚁算法是解决这类问题的有效算法。
Algorithm for Grid Tasks Scheduling is one of the key technologies which influence Grid success.
网格任务调度算法是影响网格成功与否的关键技术之一。
TP meets the deadline of the workflow while paying less than the current scheduling algorithm. 3 Construct grid workflow schedule system prototype.
TP算法能确保在截止期限内完成工作流的所有任务，并且在执行成本上比现行算法更优。3构建网格工作流调度系统的系统原型。
TP meets the deadline of the workflow while paying less than the current scheduling algorithm. 3 Construct grid workflow schedule system prototype.
TP算法能确保在截止期限内完成工作流的所有任务，并且在执行成本上比现行算法更优。3构建网格工作流调度系统的系统原型。
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