1) credible delivery
可信传输
1.
In accordance with the current situation of documents delivery in Intranet of power systems, this paper points out how to ensure the credibility of the delivering documents--credible delivery, and proposes the plan of implementing the credible delivery of documents with digital watermarking technique.
根据电力系统企业网内部文档传输的现状 ,从一个新的角度提出经传输后文档的可信任性问题——可信传输 ,给出了一种新的利用数字水印技术实现文档可信传输的解决方案。
2) variable multipath transmission channel
可变多径传输信道
1.
This paper describes a simulink result, which shows the quantificational correlation between the LMS adaptive equalization filter抯 near-far track and two important parameters of filter length and iterative algorithm hope step, for these we design a practicality serial delay spread transmission environment and a variable multipath transmission channel.
描述了用仿真试验得出LMS自适应均衡滤波器的收敛性和跟踪性能与滤波器长度和迭代算法跳步两个重要的参数之间的定量关系,为此构建了有实用价值的系列时延扩展的传输环境和可变多径传输信道。
3) reliable transportation
可靠传输
1.
Then it analyzes the mechanism of reliable transportation,and gives a solution to reliable transportation based on IP.
248协议,提出基于IP传输协议存在的不可靠性,分析了可靠传输机制,设置3个定时器,给出一种基于IP的H。
4) Reliable transport
可靠传输
1.
Research on reliable transport in Wireless Sensor Network(WSN) is hot issue of research.
无线传感器网络的可靠传输研究一直是研究的热点,现有的可靠传输机制主要有FEC前向纠错码,ARQ自动重传以及多路径传输等,这些机制保证一定的传输可靠性,同时也大量增加冗余数据,能量消耗较大。
5) reliable transmission
可靠传输
1.
According to the analysis,a new reliable transmission mechanism is proposed,which outperforms the original scheme in term of effective usage of the channel bandwidth.
在此基础上改进了原有的传输方案,提出了一种新的基于流媒体的隐蔽通信的可靠传输机制,并进行实现和实际测试。
2.
In this paper, we provides a basis for reliable transmission of speech over noisy communication channels by quantifying the amount of residual redundancy inherent in the CELP line spectral pair (LSP) parameters .
为进一步研究语音在噪声信道中的可靠传输提供了理论依据和研究方法。
6) reliable transfer
可靠传输
1.
Energy efficient routing algorithm with reliable transfer in wireless sensor networks;
无线传感器网络中数据可靠传输的节能路由算法
补充资料:可信区间
可信区间
是以上、下可信限为界的一个范围。是按一定的概率估计总体参数的可能范围。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条