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Description: “C16汉字输入方案”,是针对小键盘设备(如手机、遥控器等)通常为16个基本键(“0”到“9”、“*”、“#”、左右键、删除键、确认键)的情况,充分发掘16个键位条件下进行汉字输入和符号输入的潜力,使汉字、英文、数字输入达到尽可能高的效率,是在16键的小键盘设备进行汉字输入的优秀方案。-"C16 Chinese character input program" is aimed at the small keyboard equipment (such as mobile phones, remote control, etc.) is usually 16 primary key ( "0" to "9 ","*","#", about keys, delete keys, key confirmation), filling explore 16-bit key conditions for the importation of Chinese characters and symbols, the potential for the importation, Chinese, English, digital input to achieve the highest possible efficiency in the 16 key keypad for inputting Chinese characters equipment outstanding program.
Platform: |
Size: 77846 |
Author: 刘生 |
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Description: “C16汉字输入方案”,是针对小键盘设备(如手机、遥控器等)通常为16个基本键(“0”到“9”、“*”、“#”、左右键、删除键、确认键)的情况,充分发掘16个键位条件下进行汉字输入和符号输入的潜力,使汉字、英文、数字输入达到尽可能高的效率,是在16键的小键盘设备进行汉字输入的优秀方案。-"C16 Chinese character input program" is aimed at the small keyboard equipment (such as mobile phones, remote control, etc.) is usually 16 primary key ( "0" to "9 ","*","#", about keys, delete keys, key confirmation), filling explore 16-bit key conditions for the importation of Chinese characters and symbols, the potential for the importation, Chinese, English, digital input to achieve the highest possible efficiency in the 16 key keypad for inputting Chinese characters equipment outstanding program.
Platform: |
Size: 77824 |
Author: 刘生 |
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Description: 用纯C写的读RGB文件格式的代码,返回文件头和数据头,这样再读写数据就容易多了。支持8位,24位RGB图。Linux系统里面RGB图片数据格式存储格式为RGB,从上往下填充;而Windows系统里,RGB图片存储格式为BGR,从文件的最后一行开始填充,所以读取RGB图时得注意。-Written in C with pure RGB file format reading the code, return the first file header and data, so re-read and write data much easier. Support for 8, 24-bit RGB Fig. Linux system inside the RGB image data format storage format for the RGB, from top-down filling and Windows systems, RGB image storage format is BGR, from the documents began to fill the last line, so readers have to pay attention to RGB map.
Platform: |
Size: 3072 |
Author: gomo |
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Description: 12.1 图像点的运算
12.1.1 线性点运算
12.1.2 非线性点运算
12.2 图像的算术运算
12.2.1 加法运算
12.2.2 减 法运算
12.2.3 乘法 运算
12.2.4 除法 运算
12.2.5 其它运算
12.3 图像的位逻辑运算
12.4 图像的几何运算
12.4.1 图像插值
12.4.2 图像缩放
12.4.3 图像旋转
12.4.4 图像剪切
12.5 空间变换
12.5.1 仿射变换( affine transformation )
12.5.2 透视变换 (Perspective Transformation)
12.5.3 空间变换的 MATLAB 函数
12.5.4 空间变换实例
12.6 图像融合
12.7 邻域与块操作
12.7.1 邻域操作
12.7.2 图像块操作
12.8 区域处理
12.8.1 区域选择
12.8.2 区域滤波
12.8.3 区域填充-12.1 image point arithmetic 12.1.1 computing linear point 12.1.2 nonlinear point operations 12.2 image adder computing 12.2.1 Arithmetic 12.2.2 subtraction multiplication 12.2.3 computing division 12.2.4 computing 12.2.5 other computing 12.3 Image 12.4 Image-bit logic operations geometric computing 12.4.1 Image Interpolation 12.4.2 image scaling 12.4.3 image rotation 12.4.4 Shear Image 12.5 Space Conversion 12.5.1 affine transformation (affine transformation) 12.5.2 Perspective Transform (Perspective Transformation) 12.5.3 space transform space transform MATLAB function 12.5.4 Examples 12.6 Image Fusion 12.7 Neighborhood and Block Operation 12.7.1 Operation 12.7.2 neighborhood image processing block operation 12.8 Regional 12.8 area selection 12.8.1. 2 regional filtering area filling 12.8.3
Platform: |
Size: 5120 |
Author: tian |
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Description: 在一些初始化处理后,MD5以512位分组来处理输入文本,每一分组又划分为16个32位子分组。算法的输出由四个32位分组组成,将它们级联形成一个128位散列值。
首先填充消息使其长度恰好为一个比512位的倍数仅小64位的数。填充方法是附一个1在消息后面,后接所要求的多个0,然后在其后附上64位的消息长度(填充前)。这两步的作用是使消息长度恰好是512位的整数倍(算法的其余部分要求如此),同时确保不同的消息在填充后不相同。
四个32位变量初始化为:-After treatment in a number of initialization, MD5 to 512 division to deal with input text, each sub-divided into 16 sub-32 seat. Algorithm output consists of four sub-groups, 32, cascade them to form a 128-bit hash value. First of all, it filled the news for a length of just over 512 in multiples of 64 only a few small. Filling method is attached to the back of a 1 in the message, followed by the required number of 0, and then subsequently attached to the message length of 64 (before filling). The role of these two steps so that messages are exactly the length of integer multiple of 512 (the rest of the algorithm requested the case), while ensuring that the different sources in the same after filling. Four 32-bit variable is initialized as follows:
Platform: |
Size: 2048 |
Author: 修凤志 |
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Description: 图像运算Matlab代码
12.1 图像点的运算
12.1.1 线性点运算
12.1.2 非线性点运算
12.2 图像的算术运算
12.2.1 加法运算
12.2.2 减 法运算
12.2.3 乘法 运算
12.2.4 除法 运算
12.2.5 其它运算
12.3 图像的位逻辑运算
12.4 图像的几何运算
12.4.1 图像插值
12.4.2 图像缩放
12.4.3 图像旋转
12.4.4 图像剪切
12.5 空间变换
12.5.1 仿射变换( affine transformation )
12.5.2 透视变换 (Perspective Transformation)
12.5.3 空间变换的 MATLAB 函数
12.5.4 空间变换实例
12.6 图像融合
12.7 邻域与块操作
12.7.1 邻域操作
12.7.2 图像块操作
12.8 区域处理
12.8.1 区域选择
12.8.2 区域滤波
12.8.3 区域填充 -Image Computing 12.1 image point Matlab code computing 12.1.1 computing linear point operations 12.2 points 12.1.2 Nonlinear image adder computing 12.2.1 Arithmetic 12.2.2 subtraction multiplication 12.2.3 computing division 12.2.4 computing 12.2 .5 other computing 12.3 Image 12.4-bit logic operations geometric computing 12.4.1 Image Image Interpolation 12.4.2 image scaling 12.4.3 image rotation 12.4.4 Shear Image 12.5 Space Conversion 12.5.1 affine transformation (affine transformation) 12.5.2 Perspective Transform (Perspective Transformation) 12.5.3 space transform space transform MATLAB function 12.5.4 Examples 12.6 Image Fusion 12.7 Neighborhood and Block Operation 12.7.1 Operation 12.7.2 neighborhood image processing block operation 12.8 regional 12.8.1 12.8.2 regional area selection filtering area filling 12.8.3
Platform: |
Size: 4096 |
Author: 王万国 |
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Description: 软件简介:HI-TECH PICC 是一款高效的C编译器,支持Microchip PICmicro 10/12/14/16/17系列控制器。是一款强劲的标准C编译器,完全遵守ISO/ANSI C,支持所有的数据类型包括24 and 32 bit IEEE 标准浮点类型。智能优化产生高质量的代码。属于第三方开发工具。能和MPLAB整合,内嵌开发环境(HI-TIDE)。
Hi-tech PICC Compiler v8.注册码
Serial: HCPIC-88888
First Name: ONE
Last Name: TWO
Company Name:ONE TWO
Registration: 任意填,但一定要填
Activation: NPCBACMJKLPCADKLOEDBFPIOCIBAEIDI
-Software Introduction: HI-TECH PICC is a highly efficient C compiler, support for Microchip PICmicro 10/12/14/16/17 Series controller. Is a strong standard C compiler, in full compliance with the ISO/ANSI C, supporting all data types including 24 and 32 bit IEEE standard floating-point type. Intelligent Optimization of high-quality generated code. Belonging to third-party development tools. Energy and MPLAB integrated embedded development environment (HI-TIDE). Hi-tech PICC Compiler v8. License Serial: HCPIC-88888 First Name: ONE Last Name: TWO Company Name: ONE TWO Registration: arbitrary filling, but must fill Activation: NPCBACMJKLPCADKLOEDBFPIOCIBAEIDI
Platform: |
Size: 5122048 |
Author: 李武 |
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Description: 建立画笔,画刷,区域填充,位图与块位处理。-Set up brushes, painting brushes, regional filling, with block-bit bitmap handle.
Platform: |
Size: 38912 |
Author: mage |
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Description: 此代码为用比特填充法编写的ldpc码的校验矩阵。它的girth为6,最大行重为8,列重为3-This code with bit-filling method for the preparation of the calibration matrix ldpc code. Its girth is 6, maximum line weight of 8, out of 3 re-
Platform: |
Size: 1024 |
Author: 谢宁 |
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Description: 10位A/D 转换器可以提供足够的测量精度,使得充好后的容量更接近其最大容量。而其他方案为了达到此目的,可能需要外部的ADC-10-bit A/D converter can provide adequate measurement accuracy, making good after the filling capacity is closer to its maximum capacity. And other programs in order to achieve this purpose, may need external ADC
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Size: 329728 |
Author: fu |
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Description: :该文研究OFDM 系统在总功率和误比特率限定下最大化传输速率的问题,并且考虑实际系统中整数比特的限制,
提出基于灌水法则的两种比特分配算法——改进贪婪算法和对分灌水线搜索法-The maximization of data rate under the constraint of total transmit power and bit error rate is a
considerable issue in OFDM system. Recognizing that the number of bits on each subcarrier must be a discrete
number for real systems, this paper proposed two bit allocation algorithm which are modified greedy algorithm
and water filling level binary searching algorithm.
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Size: 263168 |
Author: hodog |
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Description: MATLAB 图像运算 图像点的运算
图像的算术运算
其它运算
图像的位逻辑运算
图像的几何运算
图像缩放
图像旋转 图像剪切
空间变换
仿射变换( affine transformation )
透视变换 (Perspective Transformation)
空间变换的 MATLAB 函数 空间变换实例 图像融合
邻域与块操作 邻域操作 图像块操作
区域处理 区域选择 区域滤波 区域填充 -MATLAB image computing computing an image Image-point arithmetic operations other images bit logical operations Geometric computing image-scaling the image rotate the image shear space transformation affine transformation (affine transformation) perspective transformation (Perspective Transformation) space conversion of MATLAB function space Transform an instance of Image Fusion Neighborhood Neighborhood and block operations operate image block operation region to deal with regional selection of regional filtering area filling
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Size: 4096 |
Author: 齐子新 |
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Description: 利用“橡皮筋”画线画出任意的多边形,然后根据四连通的区域填充算法,将其填充完整
画线:用鼠标左键在屏幕上单击一点,然后拖动鼠标到你想要到的位置再单击,以此类推,最后一点双击,将其与第一点连接起来形成一个封闭的多边形。
选取种子填充:用鼠标右键点击获取种子点,然后进行填充;
颜色:调取系统自带的调色板选取要填充的颜色
-Use of "rubber band" drawing a line to draw an arbitrary polygon, and then 4-connected region filling algorithm fills in the full
Draw a line: Use the left mouse button click on the screen a bit, and then drag the mouse to the location you want to click, and so on, and lastly double-click will link up with the first point to form a closed polygon.
Select Seeds Filling: Using the mouse right-click access to seed points, and then proceed to filling
Color: Taking of the system comes with the color palette selected to fill
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Size: 1595392 |
Author: 程元森 |
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Description: CRC-16是检测数据在发送过程中发生错误的常用校验方法,本文通过从工程应用的角度,讲述如何实现CRC-16的程序开发,并给出了Visual Basic和Visual C++程序代码,给从事工业控制的人员在写通信程序的时候提供一些有价值的参考。-1、 Load a 16-bit register with FFFF hex. Call this the CRC register.
2、 Exclusive OR the first 8-bit byte of the message with the low-order byte of the 16-bit CRC, putting the result in the CRC register.
3、 Shift the CRC register one bit to the right (toward the LSB), zero-filling the MSB. Extract and Examine.
4、 If the LSB was 1: Exclusive OR the CRC register with polynomial value A001 hex. If the LSB was 0: Repeat step 3 (another shift).
5、 Repeat step 3 and 4 until 8 shifts have been performed. When this is done, a complete 8-bit byte will have been processed.
6、 Repeat step 2 through 5 for the next 8-bit byte of them message.
7、 The final content of the CRC register is the CRC value.
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Size: 1024 |
Author: why |
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Description: SHA_1算法填充部分的VHDL实现,让输入的数据可以转换为SHA_1算法所需要的512bit的数据-SHA_1 algorithm filling part of the VHDL realization, let the input data can be converted to SHA_1 algorithm need 512 bit data
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Size: 2048 |
Author: jack |
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Description: 用途
国家密码管理局编制的商用算法,用于密码应用中的数字签名和验证、消息认证码的生成与验证以及随机数的生成,可满足多种密码应用的安全需求。
算法描述
对长度为l(l< 2^64) 比特的消息m,SM3杂凑算法经过填充和迭代压缩,生成杂凑值,杂凑值长度
为256比特。-Use
Commercial management algorithm, compiled by the Bureau of national code, used to generate the generation and verification of digital signature and authentication, message authentication code password in the application and a random number, which can meet the security needs of a variety of cryptographic applications.
The algorithm description
The length of L (l< 2^64) bits of the message M, SM3 hash algorithm after filling and iterative compression, generates a hash value, hash value length
256 bit.
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Size: 92160 |
Author: 孙流程 |
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