无线带宽，虽然看不见，但也不是一种无穷无尽的资源。
Wireless spectrum, while invisible, is not an infinite resource.
事实上，无线带宽异常之小，至少在拥挤的城市中如此。
In fact, it's pretty damn constricted, at least in crowded urban areas.
随着无线带宽选择的膨胀，移动电话运营商正在演化为IP电话公司。
With the explosion of wireless broadband options, cellular providers are evolving into VoIP companies.
提出了一种适用于宽带无线多媒体网络的上行无线带宽分配方案。
A new uplink bandwidth resource allocation scheme for broadband wireless multimedia systems was pro - posed.
提出了一种适用于宽带无线通信系统的上行无线带宽资源分配方案。
A new uplink bandwidth resource allocation scheme in broadband systems is proposed.
遗憾的是，所有那些额外标记使XML对于有限的无线带宽而言成为一种相当庞大的格式。
Unfortunately, all those extra tags make XML a rather heavy format for the limited wireless bandwidths.
把流媒体视频无线传送到移动设备存在三大问题：无线带宽、回程，以及设备本身。
There are three major constraints on streaming video to a mobile device over the air: wireless spectrum, backhaul, and the device itself.
话虽这么说，你手机里每个市场应用的程序处理无线带宽是不同的—3g的使用的一个重要因素。
That being said, every app in your phone's market place handles that wireless bandwidth differently - an important factor to consider in conserving your 3g usage.
随着3g网络的商用部署和无线带宽的提高，无线网络的带宽将得到质的改善和提高。
With the commercial deployment of 3g networks and wireless bandwidth improvement, bandwidth of wireless networks will be improved and enhanced greatly.
但是，以前的增量更新算法在无线带宽急剧下降的情况下，会引起数据更新的效率下降或无法完成任务。
But previous incremental update algorithms may be inefficient or cannot accomplish data update tasks when the wireless bandwidth drops dramatically.
无线带宽，虽然看不见，但也不是一种无穷无尽的资源。事实上，无线带宽异常之小，至少在拥挤的城市中如此。
Wireless spectrum, while invisible, is not an infinite resource. In fact, it's pretty damn constricted, at least in crowded urban areas.
这不仅节省了宝贵的无线带宽和减少了延迟时间，而且降低了关键信息被截取或阻断(例如，通过拒绝服务攻击)的可能性。
Not only does this conserve precious wireless bandwidth and reduce latency, it reduces the likelihood that crucial information will be intercepted or interrupted (e.g., by denial-of-service attacks).
然而，终端的移动性，无线链路的低可靠性以及无线带宽资源的有限性等条件限制使得无线接入成为大数据量传输的瓶颈。
However, the mobility effect, unreliable wireless channel condition and limited available wireless spectrum resources are the bottleneck for large traffic transmission.
然而，终端的移动性，无线链路的低可靠性以及无线带宽资源的有限性等条件限制使得无线接入成为大数据量传输的瓶颈。
However, the mobility effect, unreliable wireless channel condition and limited available wireless spectrum resources are the bottleneck for large traffic transmission.
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