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vb中的精确定时
- VB自身提供的Timer控件的定时精度太差！补充一个我认为很精确的定时方法，该方法可以 真正精确到毫秒级!-VB own Timer control of the timing accuracy bad! I think that added a very precise timing, the method can really accurate to the millisecond!
基于Windows的精确定时技术
- 基于Windows的精确定时技术，可实现windows环境下的软件定时触发-Windows-based precision timing technology, the environment can be realized under the windows software regularly trigger
windows_timer
- 这是一个基于WINDOWS的精确定时程序，数机器周期来定时，精度根据硬件不同而异-This is a Windows-based precision timing procedures, several machine cycle time, accuracy under varying hardware
精确定时_DELAY
- 多媒体定时器定时1MS，很准-multimedia timer regularly rungs, very -
clk_func
- 关于一个有用的C RUNTIME 函数CLOCK的使用示范，在相对精确定时时很有用-on a useful function CLOCK C RUNTIME a demonstration, in a relatively precise timing is useful when
hangasdfsaerw3rw
- VC中基于 Windows 的精确定时，介绍了几种方法，对定时方法的编程很有帮助
time_loop
- 一个基于Labview的精确定时程序，非常适合需要精确定时的场合。初学者适用
PI2SEmluator(Ver1.01)
- i2s协议模拟测试主要源代码 总结 1.熟悉采用并口驱动程序SDK来访问并口(本次采用的并口驱动为:port95,WinIo,NTPORT) 2.熟悉I2S接口协议(根据不同的通讯设备有一点差别) 3.反复实验了解到Windows下采用高精确实时控制不能简单采用线程处理，而用多媒体定时器函数timeSetEvent来实现,否则线程在运行过程中会随机被系统其他进程打断而不能完成精确定时功能。
supertimer
- 本实例实现了一中微秒级的精确定时,利用多媒体定时器的基本功能，可以通过两种方法实现精确定时。1）使用timeGetTime()函数，该函数定时精度为ms级，返回从Windows启动开始所经过的时间。2）使用timeSetEvent()函数.
定时
- 针对windows的定时器,演示windows中的3种计时器使用方式,达到的精确程度-windows against the timer, which demonstrated windows of the three timer used in order to reach the level of precision
VC中基于 Windows 的精确定时-源代码
- 很不错,值得一看
4
- VC知识库文章 - VC中基于 Windows 的精确定时-Knowledge Base Article VC- VC precise timing based on Windows
smaRTClock
- 目前为止，最为完整，注释最为详细的RTC驱动程序，精确定时模块。-So far, the most complete, most detailed notes RTC driver, precision timing module.
Clock
- 精确定时是针对晶体误差引起的走时不准而设计的程序。测量出的误差完全用程序修正。-Precise timing error is caused by crystals are not allowed to leave the design process. Measured using the procedure to amend the error entirely.
VCtime
- 压缩包内含经典VC中基于 Windows 的精确定时-Classic VC compressed package containing Windows-based precision timing
HightTimer
- 使用QueryPerformanceCounter（）函数实现 精确定时us级别-itis good
pinlvji
- 本例子是采用定时计数器1实现精确定时1S，然后测量脉冲个数，从而得出频率-This example is used from time to time to achieve an accurate timing counter 1S, and then measuring the number of pulses so as to arrive at the frequency of
MultiTimerDemo
- 精确定时，很不错的例子。代码很有参考地价值。-Precise timing, it is a good example. Code is a good reference to the value.
general_tim
- 使用HAL库，对通用计时器TIM1进行编程，实现精确定时(Using the HAL library, programming the universal timer TIM1 to achieve precise timing)