经典的迷宫算法，这是一个迷宫算法很好的例子，不懂的人可以下来...

c语言 一个比较好的反汇编核心代码， 网上有下载-c language compilation of a better anti-core code, online download

BASM_for_Beginners.是DELPHI开发工具嵌入汇编语言,介绍了两种语言的接口,其使用语法-BASM_for_Beginners. Yes DELPHI embedded assembly language development tools, the introduction of the interface in two languages, the use of grammar

JAVA程序编码 JAVA课本代码第三章原代码-Java program code in Java code textbooks Chapter III source code

设计语言教科书和编译教科书的有关知识，并增加了一些有关汇编 层体系结构的材料，以满足没学过计算机组织的学生们的需要-Language textbooks and textbooks compiled the relevant knowledge, and an increase of some of the compilation of the material layer architecture to meet the needs of organizations never learned the computer needs of students

在PC机上进行的8250串口接受实验，采用汇编语言编写-Machine in the PC serial port to accept the 8250 experiment, using assembly language to prepare

MCS-96单片机A_D转换器应用，包括查询式方法和中断方法。查询法通过检测AD_RESULT（LO）中的S位来判定A/D转换是否完成，中断方法用来实现多任务处理。-MCS-96 microcontroller A_D converter applications, including inquiries approaches and methods interruption. Query by detecting AD_RESULT (LO), the S-judge A/D conversion if completed, Methods used to achieve interruption of multi-tasking.

汇编语言程序设计，显示系统时间。 首先在数据段开辟一显示缓冲区，用来存储系统时间。调用BIOS中断，返回系统时间，并将来返回的二进制时间转换成ASCII码，方便时间显示时的调用。分别将来小时数、分钟数、秒数存入显示缓冲区。通过写显存将时间显示出来。由于获取了的系统时间不会自动刷新，所以我们要设计成刷新的方式来不断获取系统的时间，这样就形成了会跳动的电子钟了。-Assembly language programming, display system time. First of all, open up one paragraph in the data display buffer for the storage system time. BIOS interrupt calls to return system time, and the future return of the binary time into ASCII code for the call time is displayed. Respectively, the future number of hours, minutes, seconds into the display buffer. Time by writing to memory will be displayed. As the access to the system time does not automatically refresh, so we need to refresh the way designed to keep on getting the system time, so that will be formed beating electronic o

特此感谢Redfox的源程序，游戏中的地图数据和角色移动的核心代码基本保持原版，对这部分内容仅作了格式上的调整。 目前只能算是入门级水平，如果游戏中有任何逻辑错误，请大家自行对源代码修改（源代码是:版权没有，翻版不纠！ 但请大家尊重Redfor的源码，如要转载，请与原作者联系）-Redfox hereby like to thank the source, in-game map data and the role of mobile code essential to maintain the core of the original, this part of the contents were only format adjustments. The current level can only be regarded as entry-level, if the game has no logic error, please everyone to modify the source code (source code is: there is no copyright infringement is not correct! But please respect everyone Redfor source, such as the need to reprint, please contact contact the original author)

用汇编语言设计键盘打字程序，通过微机中的8255/8253/8259芯片的控制来实现-Assembly language using the keyboard typing the design process, through 8255/8253/8259 chip microcomputer in the control to achieve

ex6_1 ～ ex6_3二项分布的随机数据的产生 ex6_4 ～ ex6_6通用函数计算概率密度函数值 ex6_7 ～ ex6_20常见分布的密度函数 ex6_21 ～ ex6_33随机变量的数字特征 ex6_34 采用periodogram函数来计算功率谱 ex6_35 利用FFT直接法计算上面噪声信号的功率谱 ex6_36 利用间接法重新计算上例中噪声信号的功率谱 ex6_37 采用tfe函数来进行系统的辨识，并与理想结果进行比较 ex6_38 在置信度为0.95的区间上估计有色噪声x的PSD ex6_39 在置信度为0.95的区间上估计两个有色噪声x，y之间的CSD ex6_40 用程序代码来实现Welch方法的功率谱估计 ex6_41 用Welch方法进行PSD估计，并比较当采用不同窗函数时的结果 ex6_42 用Yule-Walker AR法进行PSD估计 ex6_43 用Burg算法计算AR模型的参数 ex6_44 用Burg法PSD估计 ex6_45 比较协方差方法与改进的协方差方法在功率谱估计中的效果 ex6_46 用Multitaper法进行PSD估计 ex6_47 用MUSIC法进行PSD估计 ex6_48 用特征向量法进行PSD估计-ex6_1 ~ ex6_3 binomial distribution of the generated random data ex6_4 ~ ex6_6 generic function value of the probability density function ex6_7 ~ ex6_20 common distribution density function ex6_21 ~ ex6_33 figure characteristics of random variables periodogram function ex6_34 used to calculate the power spectrum ex6_35 direct method using FFT signal above the noise of the power spectrum ex6_36 recalculated