利用多媒体开发软件及网页制作工具，建构了一个大学物理实验网络教学平台。
Using multimedia teaching applications and webpage editing tools, a network teaching system in college physical experiment was constructed.
实现网络远程实验功能，为完善热物理实验教学提供了一种新的教学平台。
The experimental function of long-distant web was achieved and a new teaching platform for improving the thermophysical experimental teaching was provided.
在此情况下，通过对课堂的教学实践研究，借助现代信息技术、多媒体技术、计算机技术平台的支持，本文提出了网络环境下的中学物理分层教学模式。
Based on the studies of classroom instructional practice and supports of modern IT and multimedia technology, this dissertation bring forward graduation education model of middle physics by Internet.
并从技术角度探讨了网络支持环境的实现，研制开发出了探究性物理实验网络支持平台，提出了在该平台建立和实施过程中应注意的一些问题。
It discusses how to establish the network environment on technical field, develops a network platform of inquiry physics experiments, and advances some attentions in the established process.
将网络远程控制技术运用于物理实验教学中，设计并开发出远程物理实验控制平台。
Network remote-control technology is applied into the teaching of physical experiment and as a result, remote-control platform of physical experiment is designed and developed.
理想的网络数据备份应是在硬件级物理容错系统的基础上再加上软件数据备份，并能够自动备份整个网络平台上的数据。
The perfect network backup system should be added the software backup which based on the hardware fault tolerance system, and can backup the data of the whole network flat automatically.
光突发交换网络实验平台上的TCP传输实验还表明了OBS物理层带来的额外延时对上层TCP带宽有极大的影响。
TCP transmission experimental results also point out that the extra round trip time caused by OBS layer has great influence on the available TCP bandwidth.
分析了当前大学物理实验教学模式中存在的问题，及构建大学物理实验网络教学支撑平台的必要性。
The existing problems in current teaching mode and the need to design Internet-based distance education support platform are analyzed.
无线链路的不可靠性和物理层广播特性非常适合采用编码，为网络编码的应用提供了一个良好的平台。
The unreliability of wireless links and the broadcast property of physical layer provide a good platform for the application of network coding in wireless networks.
在基于短信技术的电机转子温度在线监测系统中，无线调制解调器、全球移动通信网络以及无线移动通信模块构成了数据通信的物理平台。
The data communication platform of on - line rotator temperature monitoring system consists of wireless modem, public mobile communication network and wireless mobile communication modules.
实现网络远程实验功能，为完善热物理实验教学提供了一种新的教学平台。
The experimental function of long-distant web was achieved and a new teaching platform for improving the thermophysical experimental teaching...
实现网络远程实验功能，为完善热物理实验教学提供了一种新的教学平台。
The experimental function of long-distant web was achieved and a new teaching platform for improving the thermophysical experimental teaching...
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