JXTA的虚拟广播支持组之间的无缝通信而不必改变网络或者应用。
The Virtual Multicast facility from JXTA allows for seamlessly performing group communication without requiring network or application level changes.
IEC61850标准作为制定电力系统无缝通信系统体系的基础，能够实现统一传输协议。
IEC61850 standard as the basis of seamless communication system is able to realize united transport protocol.
国际上为了解决这个问题，推出了IEC 61850标准，这个标准是变电站无缝通信系统的基础。
To solve these problems, the IEC constitutes the standard of Communication Networks and Systems in Substations (IEC 61850).
本文首先设计了用于CAN总线和RS- 485总线向以太网转换的接口转换卡，构建了无缝通信系统的硬件平台。
First, an interface convert card is designed, which can convert can field bus and RS-485 bus to Ethernet. This card will build up the hardware platform of the seamless communication system.
SOS硬件是灵活的数据处理和控制体系结构，能够无缝集成多传感器以实现高速的数据获取、处理以及通信。
The SOS hardware is a flexible data processing and control architecture that can seamlessly integrate multiple sensors to achieve high-speed data acquisition, processing, and communication.
可以无缝地与手持设备进行通信，以访问数据和应用程序。
Communication with handheld devices can be done seamlessly to access data and applications.
所包含的对IPv6到 IPv6隧道的支持让两个端点之间可以进行安全无缝的通信，比如虚拟专用网络 (VirtualPrivate Networks,VPN) 之上的传输。
The inclusion of support for IPv6-to-IPv6 tunneling allows secure seamless communication to occur between two endpoints, such as transmissions over Virtual Private Networks, or VPNs.
无论是在家里、在车里、在办公地点还是其他任何地方，无缝移动通信让你随时随地联系到想联系的人、事物和信息。
Whether at home, in the car, in the office or any other places, seamless mobile communications make you anytime, anywhere, to want to touch the people, things, and contact information.
重点介绍了指挥站测控与监控系统、方向盘力反馈技术、无缝隙切换技术，以及数据与图象无线通信系统。
The control and monitor subsystem, the force feedback technique for steering wheel, the smooth switching for motion mode, and the telecommunication subsystem are detailed in the paper.
在内部和外部网络间进行安全和无缝漫游，在双重和三重隧道间切换，以及保护归属代理和移动节点间的通信。
Secure and seamless roaming between internal and external networks, switching between double and triple tunnel, and protecting communication between home agent and mobile node.
在内部和外部网络间进行安全和无缝漫游，在双重和三重隧道间切换，以及保护归属代理和移动节点间的通信。
Secure and seamless roaming between internal and external networks, switching between double and triple tunnel, and protecting communication between home agent and mobile phone.
无缝移动通信最大限度地发挥了技术融合的力量，使通信变得更加智能、快捷、灵活，而且成本更低。
Seamless mobile communications maximize the power of technical combination, make communication more intelligent, fast, flexible, and the cost lower.
提出了通过在现有变电站外接一协议转换网关，使之与网络化无缝远动通信系统相连的方案。
It also puts forward a method of connecting the substation to the seamless telecontrol system by a protocols conversion gateway.
WATM技术是为了让ATM先进的技术无缝地扩展到移动通信领域。
WATM technology is order to expand ATM the advanced technology to mobile communitions seamlessly.
未来无线通信网络的两个最重要的研究问题就是宽带和无缝漫游，而移动性管理是实现网络间无缝漫游的关键难题之一。
The terms broadband and seamless are the main keywords for future wireless communication systems and the mobility management is the most important problem in seamless roaming across systems.
我们利用当今的通信技术(网络技术)，将设计数据进行无缝传送，做到远程无纸化设计、分析和制造。
We have to use today's communication technology (Internet technology) will be designed for seamless transmission of data, so that long-range paperless design, analysis and manufacture.
无缝覆盖的移动通信网络也可为这种不停车收费系统提供便利条件。
The mobile communication network will provide the advantage in net toll collection.
用WATM技术增强GPRS网络系统是为了让AT M先进的技术无缝地扩展到移动通信领域。
Enhancing GPRS with the WATM technology is or der to expand ATM technology to mobile communications seamlessly.
未来无线通信系统的目标是实现随时无缝的高质量、高速率的多媒体和数据业务传输。
The future wireless mobile communication systems are expected to provide ubiquitous, high-quality, and high-rate mobile multimedia transmission.
为了提高移动通信系统的容量和效率、实现全球无缝覆盖，必须实现低轨卫星移动通信系统与地面通信系统之间的有机综合。
It is necessary to integrate the LEO satellite communication systems and terrestrial mobile communication systems for improving the capacity and efficiency, achieving global seamless coverage.
为了提高移动通信系统的容量和效率、实现全球无缝覆盖，必须实现低轨卫星移动通信系统与地面通信系统之间的有机综合。
It is necessary to integrate the LEO satellite communication systems and terrestrial mobile communication systems for improving the capacity and efficiency, achieving global seamless coverage.
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