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thesis
- 本文详细介绍了搭配距离的概念定义和计算方法，并给出部分计算实例。从实例就能很明显的看到，搭配距离能很有效地度量词与词之间搭配的准确度。与其他分词、分句方法相结合，能产生相当好的结果。本文通过实验证明了这一点。从实验中还发现，搭配距离对简单歧义句和语法错误有一定判别能力。-The paper will discuss how to define assemble distance and how to calculate it with some instances. It is clearly
CHAOSHENGBO
- 利用s08的输出40khz频率来控制超声波来测距离，简单-The use of s08 to control the output of 40khz frequency ultrasound to measure the distance, a simple
ultrasonic_App
- 超声波测距原代码,可以以此为原本用来做测速,避障,等的智能小车-measure distance
L_A_distance
- Levenshtein 距离算法实现。Levenshtein 距离测量两个字符串的相近性-The "Levenshtein distance" is a measure of the similarity between two strings, this algorithm is also refered to as "edit distance".
pingmubiaochi
- 可以测量桌面上的控件的尺寸，用户很方便了解控件大小和移动距离-Can measure the size of the control on the desktop, the user is easy to understand control the size and moving distance
chaoshengboceju
- 本文利用超声波传输中距离和时间的关系，采用AT89S52单片机进行控制及数据处理，设计出了能精确测量两点间距离的超声波测距仪。-In this paper, ultrasonic transmission distance and of time, using AT89S52 micro controller and data processing, designed to accurately measure the distance between two ultrasonic range
smart_car
- 智能小车，利用lpc2103来控制小车，通过无线联系小车的无线和站点的无线来测定距离，实现智能报站和停车-Smart car, using lpc2103 to control the car, car radio via a wireless connection and wireless to measure the distance from the site, intelligent reporting station and parking
ceju
- 柱子P1、P2的位置是可以随意摆放的，机器人R沿黑线方向行走。利用6号和9号声纳来测距离（这两个声纳的测量角度比较大，可以很好号的实现设计要求），6号声纳测机器人与P1的距离d1，9号测机器人与P2的距离d2。当机器人行走到某处时，两个声纳分别测到的距离差d1-d2小于20mm，并且d1、d2都小于600mm时，则判断为此时机器人行走到了P1与P2的中间，机器人转90°，沿两柱子的中心线继续向前走。-Columns P1, P2 position can be arbitrarily place
avoid
- 通过该程序机器人可以避开障碍物，主要是通过声纳来测定障碍物的距离来判断是否有障碍物，注意看用的是哪几个声纳。-Through this program the robot can avoid obstacles, mainly through the sonar to measure the distance to determine whether obstacles are obstacles to watch out for is which of sonar use.
bike_record
- 是一个完整版的自行车计数器，里面可以测路程、速度，里面还有一个时钟含闹钟等-The bike is a full version counter, which can measure distance, speed, and there is also a clock with alarm, etc.
chaoshengbo
- 基于单片机的超声波的程序，描述利用超声波来测量距离-Based on Ultrasonic procedure, described using ultrasound to measure the distance
facedetection1
- 基于肤色的人脸检测MATLAB源代码皮肤检测的最终目标是构建一个决策规则，并以此将图像中的像素划分为肤色和非肤色两类，一般通过引入一个衡量像素点颜色与“标准肤色”的距离而实现的，该距离是由相应肤色建模的方法决定的-Face detection based on skin color skin detection MATLAB source code for the ultimate goal is to build a decision-making rules, and use of the
Untitled13
- 皮肤检测的最终目标是构建一个决策规则，并以此将图像中的像素划分为肤色和非肤色两类，一般通过引入一个衡量像素点颜色与“标准肤色”的距离而实现的，该距离是由相应肤色建模的方法决定的。人脸检测MATLAB源代码关于彩色图像光照补偿-The ultimate goal of skin detection is to build a decision-making rules, and use of the image pixels into skin and non-Fuse types, usuall
chaoshengbo
- 单片机使用89c51，超声波模块用的是DYP-ME007模块，利用单片机c语言，实现利用超声波模块测量障碍物的距离。-The monolithic machine uses 89 c51 , the ultrasonic module DYP-ME007 module with being, makes use of monolithic machine c language , realizes the distance making use of the ultrasonic module
chaoshengbo
- 用51单片机与超声波来测量距离的c语言程序-With 51 and ultrasound to measure the distance in c program
StructureandMotionPipline
- The images are organized into a tree with agglomerative clustering, using a measure of overlap as the distance. The reconstruction then follows this tree from the leaves to the root. As a result, the problems is broken into smaller instances, which a
ul_Main
- 这是个机于8051单片机的超声波测距程序。工作原理为： 在发射端加一个8--15us的高电平，然后在接收端开始计时，此时接收端为高电平， 超声波在空气中传播一定时间返回接收器，接收端收到一个下降沿，这个过程就是超声波的传输时间，用下面的公式就可以测算出有形物体到测距模块的距离-This is a machine in 8051 ultrasonic ranging process. Working principle: the transmitter plus a 8- 15us' s
dtw
- 本系统是一个在多媒体PC 上实现的孤立词识别系统, 它提取语音的线性预测系数作为特征参数, 并采用Itaku ra 失真测度计算帧间距离, 在识别上则使用了动态时轴弯曲(DTW ) 进行时间匹配。本系统对一般的DTW 法作了改进, 即通过放宽端点限制以得到更好的语音匹配, 克服了一般DTW 法要求语音首尾严格对齐而造成的弊病, 降低了语音端点检测的精度要求。-This system is implemented on a multimedia PC isolated word recogniti
k_means
- 首先从n个数据对象任意选择 k 个对象作为初始聚类中心；而对于所剩下其它对象，则根据它们与这些聚类中心的相似度（距离），分别将它们分配给与其最相似的（聚类中心所代表的）聚类；然后再计算每个所获新聚类的聚类中心（该聚类中所有对象的均值）；不断重复这一过程直到标准测度函数开始收敛为止。一般都采用均方差作为标准测度函数. k个聚类具有以下特点：各聚类本身尽可能的紧凑，而各聚类之间尽可能的分开。-First, a data object from the n choose k objects as in
chaoshengbo
- 超声波测距，用1602LCD显示，能够测量较为精确地距离，都是初学者的作品-Ultrasonic ranging, with 1602LCD show more accurate to measure the distance, are the works of beginners