C++ 课设 学生信息管理

C++利用栈求表达式课程设计包含文件试题库的运用(C++ using the stack for the expression of curriculum design examination questions library contains documents using)

基于Visual C++的图像边缘检测工程，以Canny为例(Visual C++-based image edge detection works to Canny Case)

32位单片机HR8P506上运行FreeRTOS，HR8P506是一款Cortex-m0内核的国产单片机，支持2.5-5.5V的宽电压，36KB Flash和8KB SRAM能够满足绝大多数的应用开发。(32-bit MCU HR8P506 runs FreeRTOS. HR8P506 is a domestic MCU with cortex-m0 kernel, which supports a wide voltage of 2.5-5.5v, 36KB Flash and 8KB SRAM which can meet most application development.)

带Java扩展的ARM926EJ-S内核, 2 x 8KB快取, MMU 2x4k Bytes SRAM, 32kBytes Boot ROM 210MHz, 230MIPs EBI –可支持SDRAM, NAND Flash (带ECC)和Compact Flash USB控制器和USB器件口, V2.0全速 Ethernet MAC - 10/100 图像传感器界面 (CMOS传感器界面) 1 SSC可支持I2S和TDM 2 SPI, MCI (SDCard和MMC兼容), TWI 6 USARTs, 支持IrDA, ISO7816 T=0/T=1, RS485(Java extension with ARM926EJ-S core, 2 x 8KB cache, MMU2x4k Bytes SRAM, 32kBytes Boot ROM210MHz, 230MIPsEBI- can support SDRAM, NAND Flash (with ECC) and Compact FlashUSB controller and the USB device port, V2.0 full speed Ethernet MAC- 10/100 Image Sensor Interface (CMOS sensor interface) 1 SSC can support I2S and TDM2 SPI, MCI (SDCard and MMC compatible), TWI6 USARTs, support for IrDA, ISO7816 T = 0/T = 1, RS485)

Boosting原理及在分类上的应用PPT，学习boosting原理流程，该算法的一般情况。(Boosting principle and the application of the classification PPT, learning processes boosting principle)

适用于用简单的C语言设计，完成基本的万年历功能

说明：  QuanXuan primary gaussian elimination technique solution of linear equations

用c程序和matlab分别试验一种k-means改进算法，按照方法选取聚类中心点，事实证明，这种改进是有效的。(Matlab with c procedures and were experimenting with an improved k-means algorithm, in accordance with the method of selecting cluster center, the facts show that this improvement is effective.)

FFT及IFFT算法的C语言实现，信号发生器产生的正弦信号在通过该算法可以准确算出频率，计算耗时较短。(The implementation of the FFT & IFFT algorithm in the C language,After testing,the results are reliable.)