最新变电站开源代码

Delphi环境用OpenGL开发-黑白棋(Delphi environment using OpenGL- Reversi)

在论坛上总会看到对这些问题的分层讨论，但很少有人具体到具体的例子来体会，这个例子是一个基于标准工厂界面模型的多层结构应用实例，以促进知识的进步。

本程序包含了图像处理的许多功能，比如旋转  平移  缩放以及图像增强的一些算法  还有HUFFMAN编码和获取图像纹理，希望对大家有帮助

Keystone1 架构的DSP软件开发包，经过实际测试适用于 TI C6678 EVM板 / C6670 EVM板 / C6657 EVM板。 Keystone1 软件开发包(STK) IPC基本例程；C66X指令测试；SRIO例程；Memory测试例程；6670VCP2测试例程；I2C例程；SPI例程；EMIF例程；DualC6457 SRIO通信例程；Keystone_Timer例程；keystone_UART例程；keystone_Navigator例程；EMAC多核boot例子；CCS下使用命令行建立编译工程；在C6678实现VLFFT例程；Keystone_UART中断例程； Hyperlink示例程序；DSP与A15之间的IPC例程； SPI Flash boot demo PA配置发送UDP报文 EVM6657 EMAC-PC通信例程(Keystone1 architecture DSP Software Development Kit, after the actual test applies to TI C6678 EVM board/C6670 EVM board/C6657 EVM board Keystone1 Software Development Kit (STK) KeystoneII DSP Software Development Kit (STK) IPC basic routines C66X instruction test SRIO routines Memory test routines 6670VCP2 test routine I2C routines SPI routines EMIF routine DualC6457 SRIO communication routines Keystone_Timer routines keystone_UART routine keystone_Navigator routine EMAC multicore boot example use the following command line build CCS compiler project achieve VLFFT routines C6678 Keystone_UART interrupt routine Hyperlink sample program IPC routines between the DSP and the A15 SPI Flash boot demo PA configuration send UDP packets EVM6657 EMAC-PC communication routines)

Base64 编解码运算, 通信程序常用的源码(Base64 encoding and decoding operations, communication program common source)

基于NS2的AD HOC网络路由协议AODV的性能分析(Performance analysis of HOC AD network routing protocol AODV based on NS2 )

信号与系统 相关分析与卷积运算的试验报告上课写的(Signal related to the system analysis and convolution computing class written test report)

用牛顿迭代法求方程 f(x)=x³ -x² -1=0 在x。=1.5附近的一个实根。取§=0.000001，取最大迭代数为60. (With Newton iteration equation for f (x) = x ³-x ² -1 = 0 in x. = 1.5 near the root of a real. Take § = 0.000001, take the largest number of 60 iterations.)

利用c语言读取和写入excel，代码简单易懂，可以让你很容易学会(Using c language written excel, simple and easy to understand code that allows you to easily learn)