系统内置硬件看门狗和系统自检电路，确保硬件稳定、可靠运行。
System built-in hardware watchdog and system self-inspection circuit ensures steady and reliable operation of the hardware.
介绍一种将软件和硬件相结合实现的“看门狗”技术在某型相机导航数据接口板中的应用。
The application of watchdog technique realized by software and hardware in the aircraft navigation data interface board of the some type camera is introduced.
它探讨了需要用软件来解决这两个外部硬件和内部缺陷和看样品看门狗的部分。
It examines the shortcomings that need to be addressed both externally in hardware and internally in software and looks at sample watchdog parts.
方法：在软件中采用动态地址码设计与自动排序算法，在硬件上增加看门狗芯片，避免程序“跑飞”的情况。
Methods Dynamic address code design and automatic compositor algorithms were integrated into the software design, while the running out was eliminated by adopting watch dog chip.
硬件上详细给出了系统主要功能模块的工作原理和设计内容，包括模拟信号输入电路、数字信号输入输出电路、看门狗及系统复位电路等。
On the hardware design we provide the operation principle of the main function module and design content in detail, including Analog Inputting, Digital Inputting and Outputting, Watchdog, etc.
从软件与硬件两个方面介绍了如何在MCS-51单片机控制系统中使用看门狗技术，对看门狗监控复位后的故障处理方式提出了一些解决方案。
This paper introduces how to use watchdog technology in MCS-51 single-chip computer control system from hardware and software two sides.
从软件与硬件两个方面介绍了如何在MCS-51单片机控制系统中使用看门狗技术，对看门狗监控复位后的故障处理方式提出了一些解决方案。
This paper introduces how to use watchdog technology in MCS-51 single-chip computer control system from hardware and software two sides.
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