每一个Web服务的类可能由必需的传输协议描述和必须受到支持的绑定组成，还有某些消除这些技术交互的不确定性的语法。
Each class of Web service could consist of a description of required transports and bindings that must be supported along with some semantics to disambiguate the interaction of such technologies.
它消除了当前标准的简单的不确定性，并且为了遵照这项概要文件强制了特别的传输协议、类型系统以及编码。
It clears up simple ambiguities in the current standards and enforces a particular transport, type system, and encoding for compliance with the profile.
工业控制网络对网络的实时性要求很高，不仅要求传输速度快，数据传输还要具有确定性。
Industrial control net is a special applicative network, it demands high desired real time processing and deterministic.
由于靶场试验的特殊性，导致了遥测数据传输软件功能需求的多样化和不确定性。
The particularity of rang test bring the diversification and uncertainty in function requirement of telemetry data transmission software.
预测显示是克服基于网络的遥操作系统中网络传输时延的不确定性关键技术之一。
To solve the uncertainty of time-delay existing in Internet tele-robotics, the approach of predictive display based on virtual reality is one of the selected ways.
重点讨论滞膜模型及其传输速率常数的确定，进而分析DMS海气通量估算中存在的不确定性。
Stagnant film model and the transfer velocity are mainly discussed and the uncertainty existing in the estimate of DMS sea-air flux is analyzed.
针对网络化控制系统(ncs)具有不确定性的传输迟延与数据丢包特性，设计了一个分布式的网络化控制系统模型。
With regards to the characteristics of uncertain transmission delay and packet dropout of networked control system (NCS), a distributed model is proposed in this paper.
传统的考虑暂态稳定约束的极限传输容量(TTC)研究采用确定性分析方法。
Conventional study on TTC (total transfer capacity) with transient stability constraints is performed by deterministic analysis methods.
消息传输过程中的非确定性延迟是影响无线传感器网络时间同步精度的主要因素。
Non-deterministic delay in message transmission is the significant factor affecting the accuracy of time synchronization in wireless sensor networks.
使帧冲突的过程变为优先权仲裁的过程，提高了信道的使用率和解决了帧传输的延时不确定性。
With it the process of collision becomes the process of arbitration, and ensures a limited transmission time and makes maximum delay time adjustable and leads a higher throughput.
利用信号处理理论研究实时信号网络传输问题，提出通过预测的方法来改善由于网络不确定性造成的不良后果。
The realtime signal transmission was studied by using signal processing theory. A prediction method to alleviate the bad consequences caused by the transmission uncertainty was presented.
本文给出了一种基于以太网卡的实时网络的体系结构，并详细描述了在传输层如何实现数据传输的时间确定性。
In this paper we present a real-time network architecture based on Ethernet card and describe how to implement it on transport layer in detail.
本文给出了一种基于以太网卡的实时网络的体系结构，并详细描述了在传输层如何实现数据传输的时间确定性。
In this paper we present a real-time network architecture based on Ethernet card and describe how to implement it on transport layer in detail.
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