Based on key technology of time synchronization, engineering design is modeled and simulated in order to produce various types of time synchronization network as required by various Internet services.
根据时间同步的关键技术点，模拟工程设计，实现满足各业务网络需求的时间同步网设计。
Can smoothly migrate to DSP, the need for network time synchronization system.
可顺利移植到DSP上，用于网络时间同步需要的系统。
The Time Synchronization Technology is the core technique of modern network applications and distributed systems.
时间同步技术是现代网络应用和分布式系统中的核心技术。
The synchronization of the network is achieved by the exchange and interaction control of the time benchmark between the nodes.
该技术通过网络节点之间时间基准的相互交换和相互控制，实现节点之间的相互同步。
This paper adopts a strategy of fitting offset to adjust time, to conquer the impact of network delay and jitter on clock synchronization effectively.
该文提出采用拟合偏差方法进行时钟调整的策略，以有效克服网络延迟和抖动对时钟同步的影响。
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。
TDMA network is a kind of synchronization network and must have unitive time benchmark and the time slot of node must synchronize with time benchmark.
TD MA网络是一种同步网络。必须有统一的时间基准，各站点的时隙必须与时间基准同步。
The realization of the redundancy TTCAN network includes the cycle time, Synchronization of phase for global time, the synchronization of rate and so on.
该TTCAN冗余网络的实现包括循环时间、全局时间的相位同步、速率同步等。
Based on studying on time synchronization and RBS (reference broadcast synchronization) algorithm in wireless sensor network, improved time synchronization algorithm is improved.
通过对无线传感器网络时间同步以及RBS(参考广播同步)算法的研究，提出了一种RBS的优化算法。
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。
But the existing time synchronization methods aren't fit to sensor network, and need to be extended to meet these new needs.
但是，传感器网络自身的特点决定了现有的网络时间同步方法并不完全适合运用，需要被拓展来适应分布式传感器网络新的需求。
The system may be widely used in time synchronization in Synchronous Digital Hierarchy (SDH) communication network and exchange and other timing application cases.
该系统可应用于SDH通信网时间同步、交换机时间同步等高精度定时领域。
Finally this expansion of the demonstration of the GPS receiver lost lock circumstances, the single frequency network adapter time synchronization of the impact.
最后本文扩展性的论证了GPS接收机失锁情况下，对本文所设计的单频网适配器时间同步所产生的影响。
The recorders provide high quality images and feature a built-in network time protocol server to ensure automatic and reliable system time synchronization.
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。
This paper introduces the network time protocol and presents an approach to design the time synchronization system of our navy command system.
以网络时间协议为基础，提出了对海军作战指挥一体化系统的网络对时体系结构。
The time difference might be caused by synchronization with low-accuracy time sources or by suboptimal network conditions.
该时间差异可能是由与低精度时间源同步或网络状况不佳引起的。
This article introduces time synchronization techniques, precise time structure, and bilateral contrast remote time synchronization techniques in network-centric warfare.
本文阐述网络中心战战场的时间同步技术、精确时间体系结构、双向比对远距离时间同步技术。
A strategy of fitting offset to adjust time is proposed to conquer the impact of network delay and jitter on clock synchronization effectively.
该文提出采用拟合偏差方法进行时钟调整的策略，以有效克服网络延迟和抖动对时钟同步的影响。
Initiation last time synchronization error analysis showed that the design of flexible network detonation initiation time synchronization error initiation meet the requirements.
最后的同步起爆时间误差分析表明，所设计出的柔性起爆网络起爆时间误差满足同步起爆的要求。
The methods and systems also include the real-time synchronization of the media of a conversation between two communication devices over the network by requesting missing media from the sending node.
所述方法和系统还包括，通过从发送节点请求遗失的媒体，实时地同步在所述网络上的两个通信设备之间的会话的媒体。
Methods and systems for progressive synchronization in real-time of stored copies of media transmitted between nodes on a network.
用于实时地逐步同步网络上的节点之间所传输的媒体的被存储拷贝的方法和系统。
However, the topology is static, and the operation of time synchronization will be limited and influenced by the changing network environment.
这种网络拓扑是静态的，时间同步操作必然会受到网络环境变化的制约和影响。
However, the topology is static, and the operation of time synchronization will be limited and influenced by the changing network environment.
这种网络拓扑是静态的，时间同步操作必然会受到网络环境变化的制约和影响。
应用推荐