Description: 邮件自动匹配功能。给出相应的模版，能自动匹配成相应的邮件。-E-mail auto-matching. Given the appropriate template to automatically match the corresponding message. Platform: |
Size: 412672 |
Author:zhendantong |
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Description: 研究优化人脸特征提取问题，针对长期以来在不贴标记点的情况下用传统的光流、Snake、可变模板等方法对纹理特征变化大的特征点不能有效跟踪，并且解决单独采用Gabor 小波系统开销大等问题，为了在人脸图像中提取准确信息，提出了人脸特征点的跟踪方法，分组采用改进的光流法和弹性图匹配的方法进行特征点跟踪。对眼睛、眉毛、上下眼皮等14 个表
情变化不大的特征点使用光流法进行跟踪，最后对变化大的嘴部8 个特征点运用Gabor 小波的弹性图匹配方法进行仿真。-Gabor wavelet research to optimize facial feature extraction problem for a long time in the case of stickers marked point changes of texture features with traditional optical flow, Snake, variable template feature points can not effectively track and solve alone overhead and large, in order to extract the accurate information in a face image, the facial feature point tracking method, grouping, improved optical flow method and elastic graph matching feature point tracking. Little change in the feature point of eyes, eyebrows, and eyelids 14 expression using the optical flow method for tracking simulation using Gabor wavelet elastic graph matching method, and finally on the changes of eight characteristic points of the mouth portion. Platform: |
Size: 444416 |
Author:yaomeng |
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Description: 利用链码进行图像匹配,对待匹配图像和模板图像提取链码-Chain code for image matching, treat match the image and the template image extraction chain code Platform: |
Size: 12288 |
Author:秦鹏 |
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Description: 边缘是图像中最重要的信息，是模式识别、图像分
割以及场景分析的重要基础。边缘检测是图像处理领
域一项重要的技术和任务。图像中边缘通常解释为灰
度值有突然改变，像素梯度具有局部极大值。很多经
典的边缘检测算子如:Roberts, Sobel, Prewitt, Frei-
Chen和Laplacian等，均以图像局部区域特征与特定
边缘模式匹配为基础，定义数个方向导数模板(一般为
窗口)，将图像与模板进行卷积运算实现边缘检测。它
们具有实现简单，速度快速，易于应用的特点。当模板
方向与边缘方向相匹配时，能取得非常有效的边缘检
测结果。
-The edge is the most important information in the image, and is an important basis for pattern recognition, image segmentation and scene analysis. Edge detection is an important field of image processing technologies and tasks. Edge in the image is usually interpreted as grayscale values sudden changes in pixel gradient local maxima. Many classic edge detection operators such as: Roberts, Sobel, Prewitt, Frei-Chen and Laplacian, etc., are the image of local regional characteristics specific edge pattern matching based on the definition of a number of directional derivative template (usually a window), the image convolution operation of edge detection with a template. They have a simple, fast speed, easy to apply. When the template direction and the edge direction matches, can achieve very efficient edge detection result. Platform: |
Size: 2691072 |
Author:zhk |
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Description: 边缘是图像中最重要的信息，是模式识别、图像分
割以及场景分析的重要基础。边缘检测是图像处理领
域一项重要的技术和任务。图像中边缘通常解释为灰
度值有突然改变，像素梯度具有局部极大值。很多经
典的边缘检测算子如:Roberts, Sobel, Prewitt, Frei-
Chen和Laplacian等，均以图像局部区域特征与特定
边缘模式匹配为基础，定义数个方向导数模板(一般为
窗口)，将图像与模板进行卷积运算实现边缘检测。它
们具有实现简单，速度快速，易于应用的特点。当模板
方向与边缘方向相匹配时，能取得非常有效的边缘检
测结果。
-The edge is the most important information in the image, and is an important basis for pattern recognition, image segmentation and scene analysis. Edge detection is an important field of image processing technologies and tasks. Edge in the image is usually interpreted as grayscale values sudden changes in pixel gradient local maxima. Many classic edge detection operators such as: Roberts, Sobel, Prewitt, Frei-Chen and Laplacian, etc., are the image of local regional characteristics specific edge pattern matching based on the definition of a number of directional derivative template (usually a window), the image convolution operation of edge detection with a template. They have a simple, fast speed, easy to apply. When the template direction and the edge direction matches, can achieve very efficient edge detection result. Platform: |
Size: 32768 |
Author:zhk |
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Description: 各种算法模板（二分图最大匹配匈牙利算法、最小生成树prime和kruskal算法、Dijkstra算法、两点最短路径负权值边SPFA算法、图任意两点最短路径Floy算法、网络最大流SAP算法、网络最大流最小费用算法、乘法逆元gcd扩展求解算法、线段树区间划分统计算法、矩阵n次方分治法求解、gcd算法、整数划分问题、函数最小点问题、十进制转ACM算法、素数筛选法和欧拉函数求解、快模算法、字符串匹配KMP算法、字典全排列算法、快排、三维度排序、）-Various algorithms template (bipartite graph matching Hungarian algorithm, the minimum spanning tree the prime and kruskal algorithm, Dijkstra algorithm, two shortest path negative weight value side SPFA algorithm, Fig any two points on the shortest path Floy algorithms, network flow SAP algorithms, network maximum flow minimum cost algorithm multiplicative inverse gcd expansion algorithm, segment tree interval division statistical algorithms, the matrix of the n-th power of divide and conquer to solve the gcd algorithm, integer division problem, the minimum point of the function, decimal turn ACM algorithm, primes screening method solving and Euler function, fast mode algorithm, the string matching KMP algorithm, a dictionary full array algorithm, fast row, the sort of three dimensional) Platform: |
Size: 18432 |
Author:林云 |
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Description: 利用matlab实现的字符模板自动匹配功能，可以识别出相对应的字符。有算例。-Using matlab realize the character template automatic matching, can identify the corresponding character. There are examples. Platform: |
Size: 15360 |
Author:glf |
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Description: 后缀自动机的模板代码，是用来研究模式匹配算法不错的资料。-Suffix automaton template code is used to study the pattern matching algorithm good information. Platform: |
Size: 1024 |
Author:taoistly |
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Description: 运动目标跟踪在工业过程控制、医学研究、成像制导等领域具有重要的实用价值。目前的研究多基于背景静止的情况，对背景发生移动的情况研究较少。提出了一套完整的移动背景下的目标跟踪算法，首先使用基于互信息的方法配准序列图像的背景。然后使用差分的方法进行运动区域检测，并将其与图像分割技术相结合，得到目标跟踪模板。目标的跟踪基于Kalman滤波的预测，其匹配过程仍基于互信息理论，实验结果证明：该算法具有较高的计算效率和准确性，应用前景广泛。-it is of important practical value to
track moving objects in the fields of industrial process control，medical research，imaging guidance，etc．At present most research in this field are often based on static background，while those based on moving background
ale rather less．A complete algorithm
of object tracking in the moving background
was
proposed．Firstly，the
background
of
sequence images
were
registered by
using
the mutual
information．Secondly，a
differential method
was
used to detect
moving object in combination
with
image segmentation technology
to
get
the
object template．Object
tracking
was based on Kalman filter and the
object matching
was still based on the mutual information
theory．The experiments
show that
object tracking
is
rapid，accurate
and robust
by using
this
algorithm．
Computational efficiency
and
accuracy
of this new
tracking algorithm
is SO
high，and
its
application
prospect
will be broad． Platform: |
Size: 430080 |
Author:wenping |
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Description: 很小的一个脸部匹配程序。通过计算目标和模板的相关系数，圈出相关系数高于阈值的那部分。-Face matching program. Circle to that part of the correlation coefficient is higher than the threshold value by the correlation coefficient calculation target and template. Platform: |
Size: 1024 |
Author:汐汐 |
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Description: 利用MSDN中打开图像的例子diblook完成影像匹配，将模板图像与背景图像匹配。-Open the image using the MSDN example diblook complete image matching, the template image and the background image matching. Platform: |
Size: 3030016 |
Author:李凯 |
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Description: 简单说明一下AIML的常用标签:
1：pattern tag:支持模式匹配(正则表达式，模糊匹配),及基于template的返回
2：random tag:支持随机回答（一对多）
4：think,system tag: 支持简单逻辑记忆及自定义函数(本来打算扩展一下AIML, 搞一个支持Groovy语言的标签， 结果看到了它的<system>标签， 遂作罢)
5：javascript tag: 支持嵌入js脚本(适用于web chat开发，比如根据情绪改变表情等)。
6：srai tag: 支持多对一回答.
详细内容请参加AIML的官方文档：
http://alicebot.org/TR/2005/WD-aiml/WD-aiml-1.0.1-008.html-Briefly explain AIML common label: 1: pattern tag: support for pattern matching (regular expressions, fuzzy matching), and based on the template returns 2: random tag: support random answer (many) 4: think, system tag: supports simple logical memory and self-defined functions (originally intended to expand what AIML, engage a support Groovy language labels, and seeing its <system> Labels, then give up) 5: javascript tag: support embedded js script (for web chat and development, such as facial expressions, etc. according to mood changes). 6: srai tag: support many-to answer more information, please attend AIML official documentation: http://alicebot.org/TR/2005/WD-aiml/WD-aiml-1.0.1-008.html Platform: |
Size: 545792 |
Author:blue |
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Description: 简单说明一下AIML的常用标签:
1：pattern tag:支持模式匹配(正则表达式，模糊匹配),及基于template的返回
2：random tag:支持随机回答（一对多）
4：think,system tag: 支持简单逻辑记忆及自定义函数(本来打算扩展一下AIML, 搞一个支持Groovy语言的标签， 结果看到了它的<system>标签， 遂作罢)
5：javascript tag: 支持嵌入js脚本(适用于web chat开发，比如根据情绪改变表情等)。
6：srai tag: 支持多对一回答.
详细内容请参加AIML的官方文档：
http://alicebot.org/TR/2005/WD-aiml/WD-aiml-1.0.1-008.html-Briefly explain AIML common label: 1: pattern tag: support for pattern matching (regular expressions, fuzzy matching), and based on the template returns 2: random tag: support random answer (many) 4: think, system tag: supports simple logical memory and self-defined functions (originally intended to expand what AIML, engage a support Groovy language labels, and seeing its <system> Labels, then give up) 5: javascript tag: support embedded js script (for web chat and development, such as facial expressions, etc. according to mood changes). 6: srai tag: support many-to answer more information, please attend AIML official documentation: http://alicebot.org/TR/2005/WD-aiml/WD-aiml-1.0.1-008.html Platform: |
Size: 545792 |
Author:blue |
Hits:
Description: 简单说明一下AIML的常用标签:
1：pattern tag:支持模式匹配(正则表达式，模糊匹配),及基于template的返回
2：random tag:支持随机回答（一对多）
4：think,system tag: 支持简单逻辑记忆及自定义函数(本来打算扩展一下AIML, 搞一个支持Groovy语言的标签， 结果看到了它的<system>标签， 遂作罢)
5：javascript tag: 支持嵌入js脚本(适用于web chat开发，比如根据情绪改变表情等)。
6：srai tag: 支持多对一回答.
详细内容请参加AIML的官方文档：
http://alicebot.org/TR/2005/WD-aiml/WD-aiml-1.0.1-008.html-Briefly explain AIML common label: 1: pattern tag: support for pattern matching (regular expressions, fuzzy matching), and based on the template returns 2: random tag: support random answer (many) 4: think, system tag: supports simple logical memory and self-defined functions (originally intended to expand what AIML, engage a support Groovy language labels, and seeing its <system> Labels, then give up) 5: javascript tag: support embedded js script (for web chat and development, such as facial expressions, etc. according to mood changes). 6: srai tag: support many-to answer more information, please attend AIML official documentation: http://alicebot.org/TR/2005/WD-aiml/WD-aiml-1.0.1-008.html Platform: |
Size: 543744 |
Author:blue |
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Description: 一个最简单的aiml文件如下：
<?xml version="1.0" encoding="GB2312"?>
<aiml>
<category>
<pattern>你好</pattern>
<template>好</template>
</category>
</aiml>
1. <?xml version="1.0" encoding="GB2312"?>这个是所有xml文档都必须申明的，如果是中文这里要申明编码为：GB2312，如果是英文则一般申明为：UTF-8
2. category表示一个目录，表示一个一问一答匹配和一问多种应答匹配，但不允许多中提问匹配。-One of the most simple aiml following documents: <?xml version="1.0" encoding="GB2312"?><aiml><category><pattern> Hello </pattern><template> Good </template></category></aiml> 1. <?xml version="1.0" encoding="GB2312"?> This is all the xml document must be stated, if it is to be stated here is encoded as Chinese: GB2312, if English is generally stated as: UTF-8 2. Category represents a directory, which means that a one match and a question and answer ask more kind of response matching, but not much in question match. Platform: |
Size: 121856 |
Author:blue |
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Description: 1. think元素
型如： <think><set name="topic">Me</set></think>
放置在template元素里面，表示一旦用户的输入匹配到该category时，再回复应答的同时，给一个变量赋值，这里也就是把Me记再脑子里，以后就可以用<get name=”topic”/>来取出先前记住的内容。
2. <star/>表示*，比如有一个匹配模式是<pattern>* 你 好 *<pattern>；注意，由于机器人解析器是外国人-1. Think element type, such as: <think><set name="topic"> Me </set></think> Placed in the template element inside, which means that once the user' s input match to that category, and then reply to answer at the same time, to a variable assignment in mind here is to Me again mind, since you can use <get name=”topic”/> Remember to remove the previous contents. 2. <star/>* Indicates, for example, there is a matching pattern is <pattern>* Hello* <pattern> Note that due to the robot parser is a foreigner Platform: |
Size: 24576 |
Author:blue |
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Description: VC++调用sapera，实现图像匹配，图想相减，Blob分析。支持橡皮筋绘制矩形，设置匹配模板ROI。-VC++ call sapera, to achieve image matching, drawing like subtraction, Blob analysis. Support rubber band draw a rectangle, set the matching template ROI. Platform: |
Size: 709632 |
Author:ljw |
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Description: 其中模板库中存在通配符“*”与“？”，字符 * 表示任意0个或多个字符；字符‘？’表示任意一个字符；匹配规则对字母的大小不敏感，即字母大小写认为是同一个字符。-Which exists in the template library wildcard "*" and "?" Character * stands for any 0 or more characters character ? Represents any single character matching rule is not sensitive to the size of the letters, that the case of letters that are the same character. Platform: |
Size: 1024 |
Author:温伟 |
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Search - template matching