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8051 assembly languge source code for 7x5 dot matrix LED display-8051 assembly languge source code for 7x5 dot matrix LED display

(1) 设计一个程序，用于根据用户输入的命令行参数数量来计算长方形、正方形、三角形的面积。如果输入的参数为一个、二个、三个则它们应分别对应正方形、长方形、三角形，如果没有参数，则通过异常处理方法现实错误消息。（用于计算面积的方法是一个重载的方法。提示：定义一个抽象的父类，并提供一个抽象的方法area(). 再派生出三个子类，重写area()方法，然后在main方法中用多态来实现具体的面积函数的调用）。-(1) design a program based on user input for the command line parameters to calculate the number of rectangular, square, triangle area. If the input parameter is one, two, three then they should correspond to a square, rectangle, triangle, without parameters, exception handling through the real error message. (Used to calculate the area is an overloaded method. Note: the definition of an abstract parent class, and provides an abstract method area (). To send birth to three sub-classes override area () method, and then in main method using multi-state to achieve a specific area of a function call).

若干VHDL语言的源代码，我觉得应该用用仅供参考-several VHDL source code, I think that should be used for reference purposes only

测试相位 基于C8051F330的相位测试源代码 -test phase based on the C8051F330 phase test source code

某个公司采用公用电话传递数据，数据是四位的整数，在传递过程中是加密的，加密规则如下： 　　　每位数字都加上5,然后用和除以10的余数代替该数字，再将第一位和第四位交换，第二位和第三位交换。-A company to transfer data using public telephones, the data is four integers, in the transmission process is encrypted, encryption rules are as follows: Each figures with five, and then divided by 10 instead of the more than a few numbers, and then The first and fourth exchange, the second and third exchange.

Machine Learning with WEKA: An Introduction （讲义） 关于数据挖掘和机器学习的.-Machine Learning with WEKA : An Introduction (s) on the Data Mining and Machine Learning.

用WindowsAPI访问INI文件-with WindowsAPI visit INI file

贪吃蛇--纯粹的结构化思想,在turboc2.0编译器下实现,初学者看看回有点收获.-Snake simply structured thinking, in the compiler under turboc2.0, beginners look back a little harvest.

在控制系统中，由于某些系统不能直接实现所期望的性能，因此需要用系统校正的方法使其具有所期望的性能。本程序是基于频域法的串联校正，分为超前校正和滞后校正。-In the control system, because some systems can not directly achieve the desired performance, requiring a systematic method of correction to have the desired performance. This procedure is based on the frequency-domain method of series correction, divided into ahead of correction and lag correction.