TMS320F2812的SCI串口测试程序

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利用ADSP-BF53x 处理器PF0、PF1 实现对PS/2 键盘和鼠标的操作，从而实现 数据的收发。附带详细文档。 DM-EDU-SSKBF53x 开发板一套（DM-KIT-CBBF53x 模块，DM-KIT-EXBSSK-BF5xx 模块)， DM-TOOLS-USBICE2.0 仿真器一套，PS/2 鼠标、键盘-The use of ADSP-BF53x processor PF0, PF1 realize the PS/2 keyboard and mouse operations, in order to achieve the data transceiver. Comes with detailed documentation. DM-EDU-SSKBF53x development board set (DM-KIT-CBBF53x module, DM-KIT-EXBSSK-BF5xx module), DM-TOOLS-USBICE2.0 emulator set, PS/2 mouse, keyboard

语音通讯预处理的U律压缩与解压算法的实现与运用(AD,D/A的硬件结合,是我们学校通讯DSP实验的参考代码,利于理解开发语音处理方面的工程项目-Pretreatment of U-voice communications law compression and decompression algorithm and application of (AD, D/A combination of hardware, is communication DSP we schools experiment reference code, which will help understand the development of voice processing projects

TMS320VC5402 I/O测试程序 包括输入输出 定时器-err

数字信号处理的程序集，很实用，饱含各种信号处理的算法程序-Digital signal processing assembly, it is practical, full of all kinds of signal processing algorithms process

基于DSP2812的电机控制程序,包括多种电机控制源代码-motor control based on DSP2812

FLASH存储 AD采样 操作FLASH 读取数据-FLASH memory FLASH read operation AD sampling data

 ；维特比解码器V3.0.1

c语言编制的DSP硬件中断程序实验程序可在CCS中运行-DSP hardware interrupt procedures experimental procedure can be run in the CCS

1、（1）32bit乘法的指令解释 （2）volume1的load.asm基础上实现一个 16bit数组的乘法累加的函数，并进行 -o2 / -o3 / 手工优化 2、c环境 C调用汇编函数，汇编函数调用c函数 addarr3(int * arr1, int * arr2, int * arr3, int * arr4, n) //汇编函数，3个数组的对应位置相加，结果放在arr4[n]中， 汇编函数调用C的子函数，它把arr1和arr2相加放到arr3[n]中； addarr2(int * arr1, int * arr2, int * arr3, n)-1, (1) 32bit multiplication instructions explained (2) the load.asm volume1 on the basis of a a 16bit multiplication cumulative array of functions, and-o2 /-o3/2 manual optimization, c environment compilation called C function, the compilation function call c function addarr3 (int* arr1. int* arr2, arr3 int*, int* arr4, n)// compilation function, 3 arrays corresponding location together, the results on arr4 [n], the compilation of the C function call function, arr1 put it together and put arr2 arr3 [n]; addarr2 (int* arr1, int* arr2, int* arr3, n)