Cyberspace has become symbolic of the computing devices, networks, fibre-optic cables, wireless links and other infrastructure that bring the internet to billions of people around the world.
网络空间已成为计算机设备、网络、光纤电缆、无线连接和其他基础设施的象征，这些基础设施将互联网带给全世界数十亿人。
Japan's Toyota has also been working on an in-car system, called Entune, to which drivers will be able to connect their smartphones via Bluetooth wireless links and other means.
日本丰田汽车公司一直致力于研究一款名为Entune的车内系统。该系统能使司机通过无线蓝牙和其他方式对智能手机进行连接。
Furthermore, the design of cross-layer protocol is described in detail due to the fallibility of wireless links.
同时，鉴于无线链路上传输的不可靠和高误码率，详细介绍了跨层协议设计的相关内容。
Compared to baseband UWB radios, the MultiBand OFDM ultra-wide band system has obtained widespread approval in short-range wireless links.
与基带uwb无线电相比，多带OFDM超宽带系统在短距离无线通信中得到了广泛的认可。
The problem of transmitting a FGS video sequence over an IP-based wireless network consisting of both wired and wireless links is addressed.
研究基于IP无线网络中精细粒度可伸缩性（FGS）视频的传输。 基于包交换的IP无线网络通常由两段链路组成：有线链路和无线链路。
In addition, they just adopt variations of encoding methods and repair mechanisms to minimize the number of lost packets when error happens over wireless links.
另外，它们都只是采用各种编码方法和修复机制来减小当无线链路上发生差错时的丢包数。
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.
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。
Compared with the existing header compression scheme, RFC3095 (ROHC) has the highest compression efficiency and the best robustness and is suitable for wireless links.
在现有的头部压缩协议中，以RFC3095 (ROHC)压缩效率和健壮性最高，最适合于无线链路的使用。
Traditional resource sharing systems, such as MOSIX, expect to lay on top of a fast and static communication channel, and cannot function on top of a volatile and slow wireless links.
传统的资源共享系统，比如MOSIX，期望建立在快速和静止的通信信道之上，并且不能在不稳定和慢速的无线链路下工作。
Traditional resource sharing systems, such as MOSIX, expect to lay on top of a fast and static communication channel, and cannot function on top of a volatile and slow wireless links.
传统的资源共享系统，比如MOSIX，期望建立在快速和静止的通信信道之上，并且不能在不稳定和慢速的无线链路下工作。
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