The other machines would then use the network time protocol (NTP) to synchronize their time stamps with the time server's.
然后其他机器就可以使用网络时间协议(ntp)来与时间服务器的时间戳进行同步。
An example is synchronizing the system time to a Network time Protocol (NTP) server and then synchronizing the hardware clock to the system time.
使系统时间与Net workTime Protocol (ntp)服务器同步然后让硬件时钟和系统时间同步就是一个这样的例子。
In a traditional environment, the Network Time Protocol (NTP) daemon is used to keep the internal clock accurate.
在传统的环境中，使用Net workTime Protocol (ntp)守护进程保持内部时钟的精确性。
Many computing systems use the Network Time Protocol, or NTP, to keep themselves in sync with the world's atomic clocks.
很多计算系统用的都是网络时间协议(ntp)，以保证他们和世界原子时钟是同步的。
The technology of time synchronization including Network Time Protocol(NTP) and Direct time Connection are analyzed, and some time synchronization strategies of distributing systems are compared.
从时间同步着手，分析了时间同步技术—网络时间协议（NTP）和直接连接时间技术，比较了几种分布式系统的时间同步化策略。
Introduce network time protocol (NTP) and four representational time synchronization protocol for wireless sensor networks.
介绍了传统网络时间同步协议(ntp)和四个有代表性的传感器网络时间同步协议。
It is necessary for every node in large scale networks to set configuration parameters like timekeeping peers addresses, while constructing a timekeeping network based on NTP (network time Protocol).
基于NTP协议构建大规模网络的时间同步网时，必须在网络每一节点上事先进行参数配置，如同步源地址等。
It is necessary for every node in large scale networks to set configuration parameters like timekeeping peers addresses, while constructing a timekeeping network based on NTP (network time Protocol).
基于NTP协议构建大规模网络的时间同步网时，必须在网络每一节点上事先进行参数配置，如同步源地址等。
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