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Description: 一款自主开发的五子棋程序，乃无禁手算法，为本人参加校挑战杯的作品，获三等奖。该程序棋力强劲，在QQ中的战绩目前为：
积分：43 赢：44 输：27 平：2
胜率：60％
曾和网上四五款无禁手的五子棋程序对弈，十盘中一般能胜七八盘！先手基本没负过！
采用了递归算法预测下一步，不过由于是为了应付学校的挑战杯，代码写的不是很规范，递归算法也不完美，之后由于学习时间很紧张，也没时间改进，今天把源代码公布出来，和大家一起学习探讨！大家可以自由使用我的代码，不过有点要求是，如果有人对程序中的算法进行了改进或有更好的思路，还望能传给我一份，让大家共同进步！
希望这个代码能给大家带来一点帮助！
谢谢大家-new independent development of the 331 procedures, is no cut-hand algorithm, I attended school for the Challenge Cup entries Rs 799. The procedure spotlight strong QQ in the current record : Integral : 43 wins : 44 losers : 27 Level : 2 .500 : 60% have Internet on April 5, and no cut-hand plays 331 procedures, generally intraday 10-78! Firstly basically had no negative! Using the recursive algorithm predicted the next step, however, is to cover the Challenge Cup, the code was not very standardized, recursive algorithm not perfect, because after learning time is very tight, there is no time to improve, today's source code announced, we will study together and explore! We can freely use my code, but a little bit is that if someone had the right procedures to improve the algorithm, or a b
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Size: 957276 |
Author: 王凯兵 |
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Description: 一款自主开发的五子棋程序，乃无禁手算法，为本人参加校挑战杯的作品，获三等奖。该程序棋力强劲，在QQ中的战绩目前为：
积分：43 赢：44 输：27 平：2
胜率：60％
曾和网上四五款无禁手的五子棋程序对弈，十盘中一般能胜七八盘！先手基本没负过！
采用了递归算法预测下一步，不过由于是为了应付学校的挑战杯，代码写的不是很规范，递归算法也不完美，之后由于学习时间很紧张，也没时间改进，今天把源代码公布出来，和大家一起学习探讨！大家可以自由使用我的代码，不过有点要求是，如果有人对程序中的算法进行了改进或有更好的思路，还望能传给我一份，让大家共同进步！
希望这个代码能给大家带来一点帮助！
谢谢大家-new independent development of the 331 procedures, is no cut-hand algorithm, I attended school for the Challenge Cup entries Rs 799. The procedure spotlight strong QQ in the current record : Integral : 43 wins : 44 losers : 27 Level : 2 .500 : 60% have Internet on April 5, and no cut-hand plays 331 procedures, generally intraday 10-78! Firstly basically had no negative! Using the recursive algorithm predicted the next step, however, is to cover the Challenge Cup, the code was not very standardized, recursive algorithm not perfect, because after learning time is very tight, there is no time to improve, today's source code announced, we will study together and explore! We can freely use my code, but a little bit is that if someone had the right procedures to improve the algorithm, or a b
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Size: 957440 |
Author: 王凯兵 |
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Description: 在电视采访中，有时候一些采访对象不愿意抛头露面。这种情况下，被采访者可能会背对摄像镜头；但更通常的做法是，被采访者仍然面对镜头，而在电视节目播出时对采访对象的面部进行马赛克处理。这种马赛克处理，使观众无法看清被采访者的真实面目，从而满足被采访者不愿抛头露面的初衷。作为程序员，你想过如何来实现这种效果处理吗？本文介绍的就是一种实现视频局部区域马赛克处理的简单易行的编程方法。-In a television interview, and sometimes do not want to spotlight a number of interview. Such a case, the interviewer may turn their backs camera lens but it is more usual practice is that the interviewer is still facing the lens, and in a television program broadcast on the interview conducted face to deal with mosaics. This mosaic so that the audience can not see the interviewee s true face to be interviewed in order to meet the original intention of those who do not want to spotlight. As a programmer, you thought about how to achieve this effect to deal with it? This article describes is a video of the local area to deal with the simple mosaic programming method.
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Size: 108544 |
Author: zhengrong |
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Description: 这是一本书里的源程序，简历了spotlight方式的SAR模型，包含了回波和SAR图像的生成，希望对大家有帮助-This is a source book, curriculum vitae of the spotlight mode of SAR models, includes Echo and the SAR image formation, in the hope that we have to help
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Size: 6144 |
Author: diaoguijie |
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Description: Learn how to read and manipulate XML documents with Delphi using the TXMLDocument component. Let s see how to extract the most current "In The Spotlight" blog entries (RSS feed) from the About Delphi Programming (this site).
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Size: 238592 |
Author: maudigendong |
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Description: This code is not part of the RITSAR toolset. This code has essentially been copied Mehrdad Soumekh s spotlight processing algorithm, which is written in MATLAB, and has been translated to Python. Also provided are copies of this code with parameters modified to match those given in the Carrera text for both the x-band and UHF scenarios. The x-band file will likely give memory errors. A short description as to why is given in the header for that code.
-This code is not part of the RITSAR toolset. This code has essentially been copied Mehrdad Soumekh s spotlight processing algorithm, which is written in MATLAB, and has been translated to Python. Also provided are copies of this code with parameters modified to match those given in the Carrera text for both the x-band and UHF scenarios. The x-band file will likely give memory errors. A short description as to why is given in the header for that code.
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Size: 5120 |
Author: mojtaba |
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Description: 官方下载的MSTAR数据集。该实验数据采用美国国防高等研究计划署(DARPA)支持的MSTAR计划所公布的实测SAR地面静止目标数据，无论是在国内还是国际上，针对SAR图像目标识别的研究基本上是基于该数据集而展开的。采集该数据集的传感器为高分辨率的聚束式合成孔径雷达，该雷达的分辨率为0.3m×0.3m。工作在X波段，所用的极化方式为HH极化方式。(MSTAR data set downloaded from SDMS. The experimental data comes from MSTAR plans,the U.S. Defense Advanced Research Projects Agency (DARPA) SAR measured plans.either in domestic or international, researches on SAR image target recognition is basically carried out based on the data set. The sensor for this data set is a high resolution spotlight synthetic aperture radar (SAR) with a resolution of 0.3m * 0.3m. Working in X band, the polarization mode used is HH polarization mode)
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Size: 4096 |
Author: actionwlz
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