搜索资源列表
word
- ■『你是否遇了这样的麻烦？』 电脑上的Word文档无法打开，总是提醒“MicrosoftOffice Word 遇到问题需要关闭，我们对此引起的不便表示歉意。然后关闭却始终无法打开Word文档。 如果你正因此而烦恼，请用『Word 救援』！-■ "Do you encounter such trouble? " Computer can not open a Word document, always reminding "MicrosoftOffice Word ha
RoBoCupjava
- 合肥工业大学机器人世界杯救援组的高层代码，基本上能跑到国3的水平-Hefei University of RoboCup Rescue group high-level code, and basically went to three of the country' s level
AUA12
- AUA队参加2012年安徽省Robocup比赛救援仿真组源代码。-The AUA teams participated in 2012 in Anhui Province the Robocup competitions rescue simulation set of source code.
MRL
- MRL队参加Robocup世界杯救援组后公开的源代码，有参考意义。-MRL team participating in the Robocup World Cup rescue group open source code, reference.
5
- 一天，展博突然收到一个神秘人的电话，神秘人告诉他宛瑜被抓了，现在困在一座迷宫 里。展博非常着急，但是没多久他马上冷静下来准备去解救宛瑜。展博不知道从哪里已经弄 来了迷宫地图，这是一个二维矩阵，迷宫的入口是矩阵中的某个位置，也就是展博的起始位 置。现在，他想知道最少要走几步才能救出宛瑜。虽然展博是个计算机天才，但是他现在已 经丧失了计算能力并且瘫倒在地了，所以现在他急需你的帮助,而你作为展博最好的朋友是 不会袖手旁观的。-Day exhibition Bo suddenly r
emergency-supplies-and-distribution
- 随着各类灾害越来越频繁的发生，如何对应急管理中的若干问题利用科学和系统的方法进行有效的研究成为热点问题。应急资源的布局问题是应急管理系统中的一个关键决策问题，主要包括资源的选址和配置两个部分。它影响到灾害发生时物资调度系统的快速执行与高效实施，对于减轻灾害发生的影响起到非常的关键作用。本算法以地震为背景，研究应急救生资源布局问题，其目标是将应急资源的地址合理规划，并在每一个地址上配置相应数量的资源，使地震灾害发生时使得资源的工作效率最大化。-With more and more frequen
1
- c++编程小游戏 仅供娱乐，勇士解救公主的故事，界面略粗糙，望谅解 -c++ programming games for entertainment, warrior princess rescue story, the interface is a little rough, hope of understanding
GPS-CE-6-Rescue-Disk
- GPS CE 6 Rescue Disk
06798597
- 容器营救,这是一个蛮有趣的程序,希望大家共同来研究探讨,-Container rescue, this is an interesting program, hope everyone to study together,
buzzer_test
- 控制蜂鸣器让它有规律的发出声音，使得蜂鸣器发出 SOS 紧急救难信号(Control buzzer so that it regularly sounds, making the buzzer SOS emergency rescue signal)
愤怒鸟营救伙伴项目
- 愤怒鸟营救伙伴游戏，简单入门，分享给大家共同学习基础知识。(Angry birds rescue partner game, a simple entry, share with everyone to learn basic knowledge.)
灭火救援比赛文件
- 第五届中国教育机器人大赛灭火救援组比赛程序(5th China education robot competition fire rescue team competition procedure)
Algorithm code
- IN THIS MATLAB CODE WIND DRIVEN ALGORITHMS HAVE BEEN PROVIDED IN ORDER TO FAIRLY COMPARE QUALITY OF SWARM ROBOTICS SEARCH & RESCUE (SRSR) WITH WELL-KNOWN OPTIMIZATION TECHNIQUE IN TERMS OF SOLUTION QUALITY AND CONVERGENCE SPEED
Algorithm code1
- IN THIS MATLAB CODE Shuffled Frog Leaping ALGORITHMS HAVE BEEN PROVIDED IN ORDER TO FAIRLY COMPARE QUALITY OF SWARM ROBOTICS SEARCH & RESCUE (SRSR) WITH WELL-KNOWN OPTIMIZATION TECHNIQUE IN TERMS OF SOLUTION QUALITY AND CONVERGENCE SPEED
Algorithm code3
- IN THIS MATLAB CODE GREY WOLF ALGORITHMS HAVE BEEN PROVIDED IN ORDER TO FAIRLY COMPARE QUALITY OF SWARM ROBOTICS SEARCH & RESCUE (SRSR) WITH WELL-KNOWN OPTIMIZATION TECHNIQUE IN TERMS OF SOLUTION QUALITY AND CONVERGENCE SPEED
Algorithm code4
- IN THIS MATLAB CODE FIREFLY ALGORITHMS HAVE BEEN PROVIDED IN ORDER TO FAIRLY COMPARE QUALITY OF SWARM ROBOTICS SEARCH & RESCUE (SRSR) WITH WELL-KNOWN OPTIMIZATION TECHNIQUE IN TERMS OF SOLUTION QUALITY AND CONVERGENCE SPEED
Algorithm code5
- IN THIS MATLAB CODE Biogeography Based ALGORITHMS HAVE BEEN PROVIDED IN ORDER TO FAIRLY COMPARE QUALITY OF SWARM ROBOTICS SEARCH & RESCUE (SRSR) WITH WELL-KNOWN OPTIMIZATION TECHNIQUE IN TERMS OF SOLUTION QUALITY AND CONVERGENCE SPEED
STM32F3-Discovery
- When developing electronic devices, there is often a need to transmit any data over a certain distance. For example, a thermal sensor located on the street should transmit the temperature value to the central device, and the motion sensor should give