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Description: 本函数的处理结果是将生长后的区域表示为黑色像素，未生长区域表示为白色像素。
区域生长一般包含三个比较重要的问题：
1. 种子点的选取
2. 生长准则
3. 终止条件
可以认为，这三个问题需要具体分析，而且每个问题解决的好坏直接关系到
区域生长的结果。-this function is the outcome of the Regional Growth said black pixels, not growth for the region said a white pixel. Regional growth typically includes three more important questions : 1. Seed selection two points. Growth criteria 3. termination conditions can believe that this issue needs three specific analysis, Each issue is resolved will have a direct bearing on the outcome of regional growth.
Platform: |
Size: 1674 |
Author: 蒋建军 |
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Description: md5算法是计算机密码学里经典的算法，实用价值很高，设计的关键在于随机数的产生，本程序采用传统的利用计算机时钟采集种子的办法生成随机数种子。-md5 password algorithm is computer science Lane classic algorithms, highly practical, design is the key to the selection of random numbers, the procedure using the traditional use of computer clock seed collection methods generate random number seed.
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Size: 31315 |
Author: wf |
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Description: Uniform Generator
Computer simulations often require random numbers. One way to generate pseudo-random numbers is via a function of the form
where `` " is the modulus operator.
Such a function will generate pseudo-random numbers (seed) between 0 and MOD-1. One problem with functions of this form is that they will always generate the same pattern over and over. In order to minimize this effect, selecting the STEP and MOD values carefully can result in a uniform distribution of all values between (and including) 0 and MOD-1.
For example, if STEP = 3 and MOD = 5, the function will generate the series of pseudo-random numbers 0, 3, 1, 4, 2 in a repeating cycle. In this example, all of the numbers between and including 0 and MOD-1 will be generated every MOD iterations of the function. Note that by the nature of the function to generate the same seed(x+1) every time seed(x) occurs means that if a function will generate all the numbers between 0 and MOD-1, it will generate pseudo-random numbers uniformly with every MOD iterations.
If STEP = 15 and MOD = 20, the function generates the series 0, 15, 10, 5 (or any other repeating series if the initial seed is other than 0). This is a poor selection of STEP and MOD because no initial seed will generate all of the numbers from 0 and MOD-1.
Your program will determine if choices of STEP and MOD will generate a uniform distribution of pseudo-random numbers.
Input
Each line of input will contain a pair of integers for STEP and MOD in that order ( ).
Output
For each line of input, your program should print the STEP value right- justified in columns 1 through 10, the MOD value right-justified in columns 11 through 20 and either ``Good Choice" or ``Bad Choice" left-justified starting in column 25. The ``Good Choice" message should be printed when the selection of STEP and MOD will generate all the numbers between and including 0 and MOD-1 when MOD numbers are generated. Otherwise, your program should print the message ``Bad Choice". After each output test set, your program should print exactly one blank line.
Sample Input
3 5
15 20
63923 99999
Sample Output
3 5 Good Choice
15 20 Bad Choice
63923 99999 Good Choice
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Size: 360 |
Author: samurai1x4kyo@126.com |
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Description: md5算法是计算机密码学里经典的算法，实用价值很高，设计的关键在于随机数的产生，本程序采用传统的利用计算机时钟采集种子的办法生成随机数种子。-md5 password algorithm is computer science Lane classic algorithms, highly practical, design is the key to the selection of random numbers, the procedure using the traditional use of computer clock seed collection methods generate random number seed.
Platform: |
Size: 30720 |
Author: wf |
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Description: 本函数的处理结果是将生长后的区域表示为黑色像素，未生长区域表示为白色像素。
区域生长一般包含三个比较重要的问题：
1. 种子点的选取
2. 生长准则
3. 终止条件
可以认为，这三个问题需要具体分析，而且每个问题解决的好坏直接关系到
区域生长的结果。-this function is the outcome of the Regional Growth said black pixels, not growth for the region said a white pixel. Regional growth typically includes three more important questions : 1. Seed selection two points. Growth criteria 3. termination conditions can believe that this issue needs three specific analysis, Each issue is resolved will have a direct bearing on the outcome of regional growth.
Platform: |
Size: 1024 |
Author: 蒋建军 |
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Description: 实现图形处理的程序,包括图象分割 边缘检测 种子选取,程序可直接执行-Realize graphics processing procedures, including edge detection, Image segmentation, seed selection, direct implementation of procedures
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Size: 7954432 |
Author: 王秋爽 |
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Description: 本文件是种子填充算法的实现，通过对种子的选取，对某个图形进行填充！-This document is the realization of the seed filling algorithm, through seed selection, to a graphics-filled!
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Size: 1927168 |
Author: 新霞 |
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Description: 提出了一种基于3点匹配的图像拼接算法。该算法以有效的选取准则为基础，选取种子模板，按照预定的搜索策略，匹配出对应
的特征点，利用误匹配消除准则，消除可能出现的误匹配，为后续的优化算法提供初值。-Based on the 3:00 match image mosaic algorithm. The algorithm for the effective selection criteria, based on a template to select seed, according to the search strategy, match the corresponding feature points, the elimination of the use of false matching criteria, the elimination of possible misuse of matching, the optimization algorithm for follow-up provided initial value.
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Size: 116736 |
Author: zhangjia |
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Description: 3、 编写一个函数。该函数接受下列参数：一个int数组的名称，数组大小和一个代表选取次数的值。然后函数从数组中随机选择指定数量的元素并打印他们。每个元素最多选择一次（模拟抽奖或挑选陪审成员）。另外，请使用time()或其它类似的函数生成种子。以便srand()函数初始化随机数生成器rand()。编写一个简单的程序测试该函数。-The preparation of a function. The function accepts the following parameters: the name of an int array, array size and select the number of a representative value. Function from the array and then randomly select a specified number of elements and print them. Select up to each element of a (simulated draw, or the selection of jury members). In addition, use time () or other similar function to generate the seed. To srand () function to initialize the random number generator rand (). The preparation of a simple procedure to test the function.
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Size: 1024 |
Author: qfnu08zzr |
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Description: 一个基于c++的区域生长算法程序，从种子点选取到生长规则的确定，很详细。-C++-based region growing algorithm process, from seed selection to the growing point of identification of the rules in great detail.
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Size: 2048 |
Author: BITwushaoqing |
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Description: 该程序主要是实现简单图形绘制，如点，线，圆，多边形，种子填充，还有关于线条的选取，坐标轴平移等问题-The procedure is to achieve a simple graphics rendering, such as points, lines, circles, polygons, seed filling, as well as on the selection of lines, axis translation and other issues
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Size: 2059264 |
Author: 徐飞 |
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Description: 记忆力的小游戏，汇编语言。游戏开始，提示“Please show seeds: (press 0 – 2)”，按键0~2 提供三种方案供选择。每种方案在不同的位置显示4个“种子”，种子的形状自定，颜色区别于背景色。按“E”或“e”让“种子”消失。“W”、“A”、“S”和“Z”键分别控制色块向上、向左、向右和向下移动。如果经过原定的“种子”处，种子现形。实现了光标移动，边界设定，判断等功能。-Memory games, assembly language. Start of the game, prompted " Please show seeds: (press 0- 2)" , 0 to 2 key three options available for selection. Program in a different location each show four " seed" , seed shape custom color different from the background color. Press " E" or " e" for " seed" disappear. " W" , " A" , " S" and " Z" key to control the color blocks are up, left, right and moving down. If you read the original " seed" Department, seed borrow this. Realized the cursor, margin settings, check other functions.
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Size: 2048 |
Author: Leon |
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Description: 实现橡皮绳功能，颜色选择对话框，扫描线种子填充算法，对与初学者很有帮助-Rubber rope to achieve function, color selection dialog box, scan line seed fill algorithm, and helpful for beginners
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Size: 2045952 |
Author: 王哲瑜 |
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Description: 在最优阈值分割的基础上,用自动区域生长去除气管/支气管区域,对边界跟踪法进行改进以快速
去除背景干扰和获得肺部边界,最后进行肺部边界修补得到完整的肺部图像。算法采用迭代法寻找最
优阈值解决了阈值选取的敏感性问题,提出了基于前层图像中气管/支气管位置的气管/支气管提取方
法,避免了种子点的人工选取,基于前次搜索方向改进了八邻域搜索方法来提高边界跟踪的速度。
-In the optimal threshold segmentation based on region growing with automatic removal of the trachea/bronchus region, to improve the boundary tracing method to quickly remove the background interference and access to the lung border, and finally to get the complete repair of lung lung border image. Algorithm uses the iterative method to find the optimal threshold to solve the sensitivity threshold selection problem, a layer of the image based on the previous tracheal/bronchial location trachea/bronchus extraction method, to avoid the manual selection of seed points, based on previous search the direction of improving the eight neighborhood search methods to improve the speed of boundary tracking.
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Size: 379904 |
Author: fuky |
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Description: 修改了冈萨雷斯《数字图像处理》中的区域生长法。本函数中含有三种选择种子点的方法：分别依据灰度值，种子点位置，交互式选择单个种子点。-Modified the region growing method described in "Digital Image Processing" . This function contains three options for the method of seed points: based on gray value, the location of the seed points, interactive selection of a single seed point.
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Size: 2340864 |
Author: 章柯渊 |
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Description: 基于自动种子选择的区域生长法，克服了传统区域法的很多缺点-Region growing method based on automatic seed selection, to overcome the many shortcomings of the traditional regional law
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Size: 4941824 |
Author: 张山 |
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Description: LDPC码在高斯信道的传输
参数：编码文件名 接收文件名（文件扩展名为“rec”） 噪声种子 awgn/bsc(噪声方式，这里选择awgn) 噪声标准差
例：编码后文件a.enc通过高斯信道传输，收到传输文件a.rec，其中，种子选择为1，噪声标准差选择为0.8
-LDPC codes in a Gaussian channel transmission parameters: the encoded file name to receive the file name (the file extension " rec" ) noise seed awgn/bsc (noise mode, select here awgn) noise standard deviation Example: Gaussian encoded file a.enc channel transmission, transfer files received a.rec, which is a seed selection, select the noise standard deviation is 0.8
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Size: 258048 |
Author: 林竞力 |
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Description: 区域生长代码，人工选择种子点，利用8邻域像素进行生长，最终提取出目标区域。-Growing area code, artificial selection seeds, use eight neighborhood pixels growth, and ultimately extract the target area.
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Size: 40960 |
Author: 张旭 |
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Description: 基于背景和前景种子选择的显著性检测，文章和代码-Saliency detection via background and foreground seed selection
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Size: 11868160 |
Author: 阿木 |
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Description: 大连理工大学卢湖川教授团队显著性检测方法3-Saliency Detection via Background and Foreground Seed Selection
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Size: 3550208 |
Author: 赵小华 |
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