可以这样说，异步通信在具有非常高的并发性的场景下可以实现更有效的资源使用，因为线程没有被打开并且可以实现更复杂的流控制。
It can be argued also that it provides more efficient use of resources in very high concurrency situations since threads are not held open and more complex flow control can be implemented.
介绍了串口编程技术，RS485总线驱动模式和RS485串口驱动程序。 然后在此基础上设计和实现了SDM300远程控制模块和异步信道的通信模块。
Findally, we implement SDM300 remote control module and Async communication module on the basis of introducing technology of serial programming , RS485 bus driving mode and RS485 serial driver.
说明了在异步通信方式下，可采用CRC检错码提高通信系统的差错控制能力。
It is explained that using CRC error detection code in asynchronous mode can enhance the error control ability of communication system.
CAN总线是一种有效支持分布式控制和实时控制的、多主的异步串行通信网络。
Can bus is a kind of network of the asynchronous serial communication that can effectively support the distributed control and the Real_time and the multi-master control.
阐述了X的异步事件处理机制原理，提出了X窗口环境下四种可行的通信控制转让方法。
This paper introduce the method of controlling the transfer of communication task in X Window of system control station of the large container inspection system.
为解决TMS320C6711在通信接口控制能力方面存在的缺陷，提出了一种基于TL16C550C实现TMS320C6711的异步串行通信的新方案。
This paper introduces a new resolving plan of the realization of TMS320C6711's UART communication based on TL16C550C.
在硬件上采用CPLD来完成系统的逻辑控制，利用UART(通用异步收发器)来进行串行通信，使DSP从繁忙的控制任务中解放出来。
In the hardware field, CPLD is entitled for system logical control; Serial communication derived from UART (Universal Asynchronous Receiver Transmitter) frees the DSP of burdensome control.
文中通过扩展异步通信芯片TL16C750 实现DSP和PC 机之间的异步串行通信，从而增强系统的通信接口控制能力。
This paper achieves the synchronous serial communication between DSP and PC based on TL16C750, thus improving systems'power of controlling communication interfaces.
多台异步电动机运行时，上位机与控制器之间的通信比较复杂。
When many induction motors are operating, the communication between computer and controllers is very difficult.
主要介绍电气设备中可编程逻辑控制器(plc)、变频器、触摸屏、RS- 485模块及个人电脑之间实现异步通信的软切换。
The soft switching of asynchronous communication among PLC (Programmable Logic Con-troller), transducer, touch screen, RS-485 module and PC is introduced.
主要介绍电气设备中可编程逻辑控制器(plc)、变频器、触摸屏、RS- 485模块及个人电脑之间实现异步通信的软切换。
The soft switching of asynchronous communication among PLC (Programmable Logic Con-troller), transducer, touch screen, RS-485 module and PC is introduced.
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