In this paper, a DSP-based HF channel simulator within audio bandwidth is designed and implemented based on the concerned theory on the effects caused by the ionosphere in radio wave.
根据电离层影响无线电波传输的有关理论，本文设计并实现了一种基于DSP的话音带宽短波信道模拟器。
However, in line with the modest capabilities of the iMic, our target for this series is to work with two parallel (stereo) 44.1khz 16-bit data streams, implying an audio bandwidth of 22.05khz.
然而，为了让iMic具有适度的性能，我们在本系列文章中的目标是处理两个并行的(立体声)44.1kHz的16位数据流，这就意味着要实现22.05 kHz的音频带宽。
Selectable video and audio streaming rates allowed us to balance the amount of network bandwidth consumed against the required video quality and volume of stored video content.
可选择的视频和音频流比特率允许我们将占用的网络带宽与存储的视频内容所需的视频质量和容量进行权衡。
A high setting for audio frames per packet reduces network bandwidth usage, but increases the chances of audio problems attributed to network packet loss.
如果将每个包的音频帧数设得较高，可以减少网络带宽的消耗，但是增加了因网络包丢失而导致音频问题的风险。
Its bandwidth of 428 kilohertz means a single segment can carry a bare-bones video picture, compact disc-quality audio, and text for news flashes, weather details and emergency announcements.
特高频带的带宽为428千赫，这意味着单个部分能够承载一个简单视频图片，光盘效果的视频以及新闻快报、天气预报和紧急通知。
In networked multimedia systems, the probing traffic generated by active measurement of available bandwidth might interfere with the audio-visual communications.
网络多媒体系统中，需要对可用带宽进行主动测量，但测试流会妨碍数据传输质量。
It requires a mass of transmission of audio and video which take high bandwidth, such as video on demand, network meetings.
这需要传输大量的声音和视频，占用大量的带宽，如视频点播、网络会议等。
Known to cause the host audio to skip if upload bandwidth is insufficient for the stream.
已知当流媒体的加载带宽不足时，可导致主音频跳过。
HD audio is also designed to prevent the occasional glitches or pops that other audio solutions can have by providing dedicated system bandwidth for critical audio functions.
HD音频也是旨在防止偶然故障或持久性有机污染物的其他音频解决方案可以通过提供专用系统带宽为关键的音频功能。
Audio and other AC applications benefit from the wide bandwidth and low distortion.
宽带宽和低失真特性则有益于音频和其它交流应用。
Images, videos and audio take up more bandwidth and space than anything else.
——图像、视频、音频将占用很大的带宽和空间。
As it has advantage of saving network bandwidth which is in scare state, multicasting is widely applied on audio and video delivery.
多播能节省网络带宽，广泛运用于在音视频传输中。
The streaming media can make the transmission of audio and video frequency more easily and save some net bandwidth. This technology is widely used in the systems such...
流式媒体使得音、视频的传输更为流畅，并且节省了网络带宽，此项技术被广泛应用于远程教育、网络电台、视频点播、收费播放等系统中。
The streaming media can make the transmission of audio and video frequency more easily and save some net bandwidth. This technology is widely u…
流式媒体使得音、视频的传输更为流畅，并且节省了网络带宽，此项技术被广泛应用于远程教育、网络电台、视频点播、收费播放等系统中。
The streaming media can make the transmission of audio and video frequency more easily and save some net bandwidth. This technology is widely u…
流式媒体使得音、视频的传输更为流畅，并且节省了网络带宽，此项技术被广泛应用于远程教育、网络电台、视频点播、收费播放等系统中。
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