资源列表
ImageEditor
- 用C#编写的图象处理程序，包括图象灰度转化，反相显示，还可以进行自动切换浏览一个文件夹中的图象文件以及对图象进行编辑增加文字的操作，另还可对图象进行马赛克处理，图象雾化，图象旋转，增强对比度,色素减少等，当然有些功能还不是很完美滴-C# prepared by the image processing procedures, including gray-scale image transformation, RP, can also be used for automatic switchin
MC9S12DG128_key
- FREESCALE 16位单片机片MC9S12DG128的键盘驱动程序,键盘缓冲区大小可设,支持按键的快加快减操作-SCM MC9S12DG128 keyboard driver, keyboard buffer size can be installed to support the button to accelerate quickly to reduce operating
MC9S12DG128_ti
- FREESCALE 16位单片机片MC9S12DG128的定时器程序,可调整定时时间-SCM MC9S12DG128 timers procedures, Adjustable regular time
MC9S12DG128_PWM
- FREESCALE 16位单片机片MC9S12DG128的PWM输出程序,可设定PWM波的频率和占空比由产品验证,完全可用-SCM MC9S12DG128 PWM output procedures, configurable PWM pulse frequency and duty cycle from product certification, fully available
iee1
- FREESCALE 16位单片机片MC9S12DG128的EEPROM读写操作程序,支持字节读写,字读写,长字读写,由产品验证,放心使用-SCM MC9S12DG128 writable EEPROM operational support byte read and write, read and write words, long words literacy, product certification and quality assurance use
haar_VC
- VC用于图像变换~实现图像的缩小与放大，并且进行任何变换后的恢复。 -VC for Image Transform-image of the Zoom In and Out, and any transformation after recovery.
as1
- FREESCALE 16位单片机片MC9S12DG128的串口驱动程序,环行缓冲区大小可设置,支持半双工RS485通信,可调用用户事件-SCM MC9S12DG128 Serial Driver, Ring buffer size can be set up to support half-duplex RS485 communications, users can call the incident
2006528102247965
- 数值计算的程序，关于课程设计，数学建摸的一点小东西，呵呵 希望大家多-numerical procedures, on the curriculum design, mathematical modeling of the little things Oh hope to see you
EDA-COUNTER
- EDA宏功能模块的设计，………………………………％％**（））—*￥……％％—油葫芦《没
CUnit-2.1-0-src
- CUNIT c 测试框架,类似大名鼎鼎的junit,很有用的,这里是原代码,可以编译生成lib文件-CUNIT c testing framework, similar to the famous junit, very useful, here is the original code. lib compiler can generate documents
wuzhe
- 应用maxplus ii 进行编写工作，主要是进行仿真,很有用-maxplus ii application for the preparation work is primarily for simulation, useful
ofdm_win
- OFDM,用于OFDM编程，采用MATLAB，可以学习OFDM调制，用与802。11A，802.16.AC。-OFDM for OFDM programming using MATLAB, we can learn from OFDM modulation, using the 802. 11 A, 802.16.AC.