Although the simple timer API is easy and efficient, it does not offer the accuracy required for real-time applications.
尽管简单计时器api简单有效，但它并不能提供实时应用程序所需的准确性。
The design or a subset of it was implemented under several different Real Time Operating systems using RTOS specific message queues, semaphores and a timer interrupt.
设计以若干（种）使用RTOS特殊消息队列、消息发送及计时器中断的实时操作系统为基准。
Using the Timer of the Single-chip Processor can measure and analyse the real -time signals. This method is intellectual, flexible, economic and practical.
利用单片机的定时器可对信号进行实时测量分析，该方法智能、灵活、经济、实用。
The thread pools timer component, serial communication, and multithreading techniques were used to guarantee it as a real-time and scalable system.
系统开发采用线程池定时器组件、串行通信、多线程等技术，从而保证系统的实时性和可扩展性。
Multimedia Timer is also used to ensure control accuracy and the real-time property.
为确保实时控制精度，设计时采用了多媒体定时器。
The design is implemented under several different real time operating systems using message queues, semaphores and a timer interrupt.
该设计使用消息队列、信令和定时器中断，可以在几种不同的实时操作系统中实现。
This paper presents a clock control circuit in which an electronic clock is made by a MCU AT89C2051 16-bit timer and real-time control is achieved by the electronic clock's function of precise timing.
提出的时钟控制电路，是利用单片机at89c 2051的16位定时器做成电子时钟，并利用电子时钟的精确定时作用实现了实时控制。
The key points to this technology are the timer interrupt, A/D interrupt, communication interrupt and real time operation.
该技术的关键是采用多种定时中断，包括采样完成中断、定时采集中断、通信中断、实时多任务中断技术等。
Multi-threads technology and multi-media timer are used to improve the system's real-time ability.
采用多线程技术和多媒体定时器提高了系统的实时性。
Aim Objective: to master the timer T0, T1 of the mode selection and programming methods, to understand the design method of the interrupt service routine, and learn skills in real-time debugging.
实验目的目的：掌握定时器t0、T1的方式选择和编程方法，了解中断服务程序的设计方法，学会实时程序的调试技巧。
Aim Objective: to master the timer T0, T1 of the mode selection and programming methods, to understand the design method of the interrupt service routine, and learn skills in real-time debugging.
实验目的目的：掌握定时器t0、T1的方式选择和编程方法，了解中断服务程序的设计方法，学会实时程序的调试技巧。
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