在第三方参考广播协议的基础上，提出了一种基于节点密度的时间同步协议。
A novel synchronization protocol is presented, giving the extension of third party reference broadcast and concerned with the deployed density of WSN nodes.
针对移动传感器网络中的网络特性，提出了一种基于概率分发的时间同步协议。
Taking the dynamic topology characteristic of mobile sensor networks into account, a probability distribution-based time synchronization protocol(PDTS)is proposed.
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。
Introduce network time protocol (NTP) and four representational time synchronization protocol for wireless sensor networks.
IEEE 1588标准精密时间同步协议(ptp)的提出，成为一种有效解决高精度同步问题的方案。
IEEE 1588 Standard (precision Time Protocol) becomes an effective solution to the problem of high-precision synchronization.
通过比较各种时间同步协议的优缺点，提出基于IEEE1588协议实现船舶综合电力系统同步数据采集的方案。
Based on the comparison of different time synchronization protocols, a scheme based on IEEE1588 protocol is proposed to realize the synchronous data acquisition of ship integrated power system.
IEEE1588通过定义基于消息白勺准确时间同步协议PTP，提供了一种解决以太网实时性不足白勺有效方法。
By defining the precise time synchronization protocol PTP based on message, IEEE1588 provides an efficient method to solve real-time insufficiency of Ethernet.
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。
The other machines would then use the network time protocol (NTP) to synchronize their time stamps with the time server's.
我们开发了协议增强，用于为命令设置延缓的开始时间，从而允许我们更加精确地同步开始时间。
We developed protocol enhancements that set deferred start times for commands, allowing us to more accurately synchronize the start times.
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。
Many computing systems use the Network Time Protocol, or NTP, to keep themselves in sync with the world's atomic clocks.
NTP协议用于同步多台计算机的时间(时钟)。
The NTP protocol is used for synchronizing the time (the clock) between computers.
与固定周期的时间同步算法相比，该算法能够减少同步协议的开销。
Compares with the fixed cyclical time synchronization algorithm, this algorithm can reduce the expenses of synchronous protocol.
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。
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.
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).
实验结果表明，该协议能避免单纯采用时间戳所带来的时钟同步问题，具有较好的抗重放攻击能力。
Experimental results show that, this protocol can effectively avoid the problem of clock synchronization when only use timestamp, and good anti-replay attack capacity.
录像机提供高质量图像，配备内置网络时间协议服务器以确保自动和可靠的系统时间同步。
The recorders provide high quality images and feature a built-in network time protocol server to ensure automatic and reliable system time synchronization.
介绍了IEEE1588时间协议的时钟类型以及它们之间的关系，详细分析了IEEE1588时间同步的基本原理。
The clock types of IEEE1588 and their relationships are introduced and the principle of IEEE1588 PTP synchronization is analyzed in detail.
介绍了IEEE1588时间协议的时钟类型以及它们之间的关系，详细分析了IEEE1588时间同步的基本原理。
The clock types of IEEE1588 and their relationships are introduced and the principle of IEEE1588 PTP synchronization is analyzed in detail.
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