已知当流媒体的加载带宽不足时，可导致主音频跳过。
Known to cause the host audio to skip if upload bandwidth is insufficient for the stream.
您可以通过独特的预取机制大幅度提高速度，通过静默加载和缓存所浏览页面上的所有链接，这种机制能够重新利用空闲带宽。
You can increase speed dynamically with the unique pre-fetching mechanism, which recycles idle bandwidth by silently loading and caching all of the links on the page you are browsing.
下载到浏览器的字节数越少或从浏览器缓存加载的字节数越少，应用程序的性能就越高，应用程序消耗的带宽越少。
The lower the byte count downloaded to the browser or loaded from the browser's cache, the better the application's performance, and the less bandwidth the application will consume.
小的原文件为您带来了许多好处，节省了带宽、为您的访问提供更快的加载时间。
Smaller resources offer you the benefits of conserving your bandwidth and providing your visitors with faster load times.
其他节省带宽的技术包括：加速页面加载的缓存技术、优化解析文本格式的XML文件的时间，以及将XML文件编译成二进制文件(不可读的)。
Other techniques to conserve bandwidths include: caching techniques to speed up page loads, optimizing time to parse text-formatted XML files, and compiling XML files as a binary file (unreadable).
这种加载需要很多时间，既有网络带宽的原因，如果Hibernate的会话是有状态的，其中也会有会话缓存的原因(内存消耗和GC暂停)。
This loading takes a long time both because of network bandwidth overhead and session cache overhead (memory consumption and GC pause) if your Hibernate session is stateful.
页面加载时间 = （请求数 /并发数）*延迟时间 + 页面总大小 /带宽
Page Load Time = (Number of Requests / Concurrency) * Latency + Page Total Size / Bandwidth
刷新缓存时会损失一些服务器加载数据和一些带宽；这并不违背基本的等幂性。
All you lose in flushing the cache is a little server load and some bandwidth; it does not violate underlying idempotency.
当开启多个并发的加载时，你应该时刻记住设备支持的所有带宽以及空余内存的数量。
When launching multiple concurrent downloads you should keep in mind total device bandwidth it can support and amount of free memory.
在平面单极子天线的末端采用蛇形结构，并在适当的位置加载，将大大减小天线尺寸，扩展阻抗带宽。
Using snake structure at the end of the planar monopole and adding load at proper position can decrease the size greatly and broaden the impedance bandwidth.
这一代码将加载，存储和刷新，并考虑带宽和内存。
That code has to be loaded, stored and flushed, taking bandwidth and memory.
其中，介质谐振天线通过采用共面波导馈电来提高带宽，通过加载倒L形金属片来减小体积，从而实现了宽频带和小型化的目的；
The bandwidth of the DRA is increased by using coplanar-waveguide inductive slot, and the size of the DRA is reduced by loading a L metallic strip on the DR.
结果表明，本文设计的加载环形微带天线具有带宽高、体积小等优点，适合在宽带无线电引信系统中使用。
The results of simulation and measurement indicate that the antenna designed in this paper has advantages of broadband and compact size, and it is suitable for broadband radio fuze system.
等离子体加载微波器件能显著地改善带宽、效率和功率等综合性能，并且可以降低或省去外部聚焦磁场。
In the case of the plasma-filling, the frequency bandwidth, the overall efficiency and the gain can be improved significantly, and meanwhile the guiding magnetic fields can be reduced or eliminated.
等离子体加载微波器件能显著地改善带宽、效率和功率等综合性能，并且可以降低或省去外部聚焦磁场。
In the case of the plasma-filling, the frequency bandwidth, the overall efficiency and the gain can be improved significantly, and meanwhile the guiding magnetic fields can be reduced or eliminated.
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