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算法分析和设计
- 经典算法之:连续邮资问题,全排列问题,有限期任务安排,整数划分问题,装载问题-classic algorithms : for the postage issue, all issues with a task deadline, integer division, loading problems
lqx10002
- 最佳高度问题。 问题描述: 假设有n个任务由K个可并行工作的机器完成。完成任务i需要的时间为t(i)。试设计一个算法找出完成这n个任务的最佳调度,使得完成全部任务的时间最早。-best height of the problem. Problem descr iption : Suppose a mandate from the n-K parallel work can be completed machines. I need to complete the task for t
shopping_Dynamic_Programming
- Jones先生是一位模范丈夫,每个星期六的早晨他的太太都会给它一个购物清单,他只能购买清单上所列的物品并且必须全部买齐。最开始,Jones先生总是穿梭于商店的过道之间,对每样商品选择最便宜的价格购买,但是他逐渐地厌倦了这种方式,并开始了一种新的尝试——对于商店中的每条过道只走一遍,并严格按照清单上物品的顺序购物。现在你要写一个程序来帮助他购物。你所拥有的信息除了清单所列的物品之外,还包括在他选择的整条路线上依次出现的商品和它的价格,你的任务是计算他购齐所有货物的最小花费。-Mr. Jones i
Generic_Pool_demo
- Many applications use connection/object pool. A program may require a IMAP connection pool and LDAP connection pool. One could easily implement a IMAP connection pool, then take the existing code and implement a LDAP connection pool. The program grow
BPnetwork
- 用BP网络完成函数的逼近。BP网络通常有一个或多个隐层,隐层中的神经元均采用sigmoid型变换函数,输出层的神经元采用纯线性变换函数。本例应用一个两层BP网络来完成函数逼近的任务,其中隐层的神经元个数是5。-network to be completed by BP function approximation. BP networks usually have one or more hidden layer, hidden layer neurons are used sigmoid-ty
task
- 该程序用于计算任务分配问题,任务分配问题也是运筹学中一个较难的问题。-procedures used in the calculation of the distribution of tasks, task allocation problem is tacticians had a more difficult problem.
GS
- 实现网格中含有依赖任务调度的GS算法,其中根据任务在各个机器上的执行时间和任务之间的依赖关系来计算出任务的调度顺序-The realization of the grid containing the GS-dependent task scheduling algorithm, in which the task in accordance with the implementation of the various machines on time and task-dependent re
task
- 实现任务分解,把总任务进行分解,分配个子专家系统执行求解-Implementation Task Decomposition
SPIDER_mclass
- Multi-class Coding (adapted from from LS-SVM for SPIDER). Encode (code_MOC, code_ECOC, code_OneVsAll, code_OneVsOns) and decode (codedist_hamming, codedist_bay) a multi-class classification task into multiple binary classifiers.
neh.cpp
- An example of heurestic NEH algorithm implemented for task scheduling in C-An example of heurestic NEH algorithm implemented for task scheduling in C++
he-pipeline-processing-stages
- n个任务在流水线上进行m个阶段的加工 ,每一阶段至少有一台机器且至少有一个阶段存在多台机器,并且同一阶段上各机 器的处理性能相同,在每一阶段各任务均要完成一道工序,各任务的每道工序可以 在相应阶段上的任意一台机器上加工,已知任务各道工序的处理时间,要求确定所 有任务的排序以及每一阶段上机器的分配情况,使得调度指标(一般求Makespan)最 小。-n-m on the task in the pipeline processing stages,
task
- 加里森的任务 有n个加里森敢死队的队员要炸掉敌人的一个军火库,谁都不想去,队长加里森决定用轮回数数的办法来决定哪个战士去执行任务。如果前一个战士没完成任务,则要再派一个战士上去。现给每个战士编一个号,大家围坐成一圈,随便从某一个战士开始计数,当数到5时,对应的战士就去执行任务,且此战士不再参加下一轮计数。如果此战士没完成任务,再从下一个战士开始数数,被数到第5时,此战士接着去执行任务。以此类推,直到任务完成为止。 加里森本人是不愿意去的,假设加里森为1号,请你设计一程序为加里森支招,求出
Ant-Colony-Optimization-for-Task-Matching-and-Sch
- Thesis : Ant Colony Optimization for Task Matching and Scheduling
Using-ant-colonies-to-solve-multiprocessor-task-g
- Thesis : Using ant colonies to solve multiprocessor task graph scheduling
ALGORITHMS-FOR-TASK-SCHEDULING-IN-HETEROGENEOUS-C
- Thesis : ALGORITHMS FOR TASK SCHEDULING IN HETEROGENEOUS COMPUTING ENVIRONMENTS
joint-task-constraints-v2.0
- Demo1: Demonstration of the use of Gaussian Mixture Regression (GMR) and inverse kinematics to reproduce a task by considering constraints both in joint space and in task space. An arm of 2 links moving in 2D space is considered. Several demo
Task-1
- Matlab. task for ws1. bucket 1. differential analysis.
task-allocation
- 数据结构设计程序之任务分配,很适合初学者学习-Data structure design process, task allocation, it is suitable for beginners to learn
Task-scheduling
- 任务调度算法。依据严蔚敏C数据结构编写,可作为数据结构实验的源代码。使用C++编写。包括一个头文件一个cpp文件。用于模拟CPU事件任务到达的处理流程。-Task scheduling algorithm. Based YanWeiMin C data structures to prepare, can be used as the experimental data structure of the source code. Use C++ writing. Including a head
task-offloading-edge-computing-master
- 边缘计算任务卸载与资源调度的算法,是论文的源代码,具有价值(Edge computing task unloading and resource scheduling algorithm, is the source code of the paper, has value)