I2C总线的EEPROM读写

使用Nios II测试SDRAM的完整工程。下载修改器件及引脚分配编译后可直接运行。使用quartus9.1+NiosII9.1(SDRAM using the Nios II tests the integrity of works. Download the change device and pin assignment can be directly compiled to run. Use quartus9.1+ NiosII9.1)

用软件方法解决上述临界区问题—兄弟。即要求修改sm6，实现accnt1+accnt2 提交的程序名：ex2 采用的算法可选择： –Peterson算法：(Solving these critical problems by using software method . That requires modifications to the sm6 implementation of accnt1+accnt2, the program name- submit: ex2 The algorithm can choose: Peterson algorithm:)

利用C，C++语言实现了BDS/GPS组合RTK定位，伪距差分定位，单点定位等功能，其中RTK定位的精度达到厘米级。对于研究北斗高精度定位有着较好的参考意义，也为下一步的北斗应用于较高精度的行业或者范围有着非常可靠的技术支持。代码中的数据文件需要：基准站观测文件，导航文件；流动站观测文件；基准站坐标在piaint.ini文件中需要手动添加。做好数据准备工作后，直接进行运算即可

这是一本ios进阶的书籍，希望对大家有所帮助(This is an advanced ios book, I hope it can help you)

顺势加码非常暴利的EA系统，适用于MT4平台。(Homeopathic overweight EA system is very huge, suitable for the MT4 platform.)

用OpenGL实现画曲线，可根据实际更改函数，从而获得所需函数曲线(Curve drawn with OpenGL to achieve, can be changed according to the actual function, and thus to obtain the necessary function curve)

该文档的主要功能就是利用vc编写一段代码实现摄像头采集图像。(The main function of the document is vc write a piece of code to achieve the camera capture images.)

由单片机8951来控制 c语言编写 具有实现正转反转 加速减速 采用PWM调制的方法(By the single-chip microcomputer to control the 8951 with c language implementation is to accelerate the slowdown in the use of inverted PWM modulation method)

通过单片机按键选择输出信号类型及要求输出量,在LED显示器件上指示信号类型及设定数值.系统工作电源±15V ， ±5V 。恒流电流输出0.0～8.0mA, 负载电阻≤500Ω。3． 稳压电压输出0.0～5.0V，电流负载能力≤100mA.电压及电流输出在充许负载范围内误差小于5％FS。电压及电流输出须共用一个输出正端, 输出负端为地。输出电压及电流设定精确到二位十进制数。 (Through Singlechip button to choose the type and requirements of the output signal output, in the LED display on the instructions of the signal type and set the value. System power supply ± 15V, ± 5V. Constant current output 0.0 ~ 8.0mA, the load resistance ≤ 500Ω. 3. Regulator output voltage 0.0 ~ 5.0V, current load capacity ≤ 100mA. Voltage and current output in the framework allow the load error is less than 5 FS. Output voltage and current output is required to share a client, the output of negative side for the land. Output voltage and current settings accurate to two decimal number.)

本系统以stm32f103单片机为核心，充分利用单片机丰富的内部和外部资源及数字温度传感器DS18B20的优越性能，结合LCD显示屏、降温风扇，实现对温度的多点测量、显示与控制。(This system takes STM32F103 as the core, makes full use of the abundant internal and external resources of the single chip microcomputer and the superiority of digital temperature sensor DS18B20, combines the LCD display screen and cooling fan to realize the multi-point measurement, display and control of temperature.)