石材工具在客户需要快速增加的石器时代的图像可以。

关于SPI 方式FPGA配置和SPI flash编程的资料-FPGA configuration mode on the SPI and the SPI flash programming information

注塑机生产过程的微机控制系统设计本系统设计是通过8255A并行端口A、B传输数据控制12个LED发光二级管的亮灭来模拟控制两台注塑机的生产过程。其中端口A和B分别对应1号和2号注塑机，每一个LED代表一个工序。编程语言采用BORLAND C++语言。-injection molding machine of the production process computer control system design of the system design through 8255A Parallel Port A, B transmission of data control 12 LED light emitting diode to the analog-to eliminate two injection molding machine control the production process. These ports A and B respectively counterparts on the 1st and the 2nd injection molding machine, each one represented an LED processes. BORLAND programming language using C language.

自己写的卡尔曼滤波源程序，仿真对匀加速转弯目标的跟踪-Write their own source of Kalman filter, simulation of the absorption curve to accelerate target tracking

数据结构的课程设计 学生通讯录的管理 C++做-Data structure the management of curriculum design, student address book C++ to do

C臂三维运动仿真C臂在三维移动机器人中的应用

本程序为盛博ADT系列接口系列的实例程序，可以进行16通道数据采集-This procedure for the Sainsbury family ADT serial interface examples of procedures can be carried out 16-channel data acquisition

拼图游戏，可显示参考图，并记录拼图步数。-Jigsaw puzzle, will show the reference map, and record the puzzle step.

ASN1_BER_DER编码子集入门指南，指导asn1的开发-ASN1_BER_DER coding subset portal guide to the development asn1

模拟MS_DOS...由c++编程实现...运行即可-MS_DOS

从表面上看，保护模式和实模式并没有太大的区别，二者都使用了内存段、中断和设备驱动来处理硬件，但二者有很多不同之处。我们知道，在实模式中内存被划分成段，每个段的大小为64KB，而这样的段地址可以用16位来表示。内存段的处理是通过和段寄存器相关联的内部机制来处理的，这些段寄存器（CS、DS、 SS和ES）的内容形成了物理地址的一部分。具体来说，最终的物理地址是由16位的段地址和16位的段内偏移地址组成的。用公式表示为：物理地址=左移4位的段地址+偏移地址。-On the surface, protected mode and real mode is not much difference between the two are the use of the memory, Drivers interruption and equipment to deal with the hardware, but there are many differences. We know that in real mode which has been divided into memory, each the size of 64 KB. and the addresses of 16 can be used to express. Memory of the handling of the adoption and register linked to the internal mechanisms to deal with, of these registers (CS, DS, SS and ES) with the formation of a part of the physical address. Specifically, the ultimate physical address is 16 of the 16 addresses and the addresses of migration within the composition. The use of the formula is expressed as : physical address = 4 bits of the address offset address.