kbps

Analysis of Abnormity in 768 kbps High Speed Data Transmission

768kbps高速数据传输异常分析

3000 kbps is already used by the voice and data classes

3000kbps已经使用到了语音和数据类（class）上

Its 128 Kbps speed was considered nothing short of amazing .

其128Kbps的速度令人惊叹不已。

A new rate control method was presented for low-bitrate video encoding below 10 kbps .

针对目标码率低于10kbps的视频编码的应用，提出了一种新的码率控制算法。

Kbps : Reports back the amount of data transferred in kilobytes .

Kbps：报告已传输的数据量（单位为千字节）。

Computer simulation of 2.4 kbps prediction multi-pulse excited speech coding is completed by this method .

利用该预测多脉冲方法对2.4kbps的语音编码器进行了计算机模拟。

Speech Coding for 2 . 4 kbps Predictive Multi-pulse Excitation

4kbps优化间隔与类型的预测多脉冲语音编码

If the communication data rate is up to kbps , it can be regarded as a time-invariant channel .

当通信速率达到kbps数量级及以上时，可以作为时不变信道处理。

Simulation of multi-band excitation speech coder at 4.8 kbps

8kbps多带激励语音编码器的模拟实现

Multiband excitation coding of speech at 1.8 ~ 2.4 kbps

1.8～2.4kbps多带激励语音编码器

Currently , low bit-rate speech encoding algorithms are focused on high quality and low time delay of the vocoder below 4 kbps .

当前低速率语音编码研究的重点主要集中在4kb／s以下高质量低延时的声码器上。

In a bridge testing , the transmission speed reaches 900 kbps , and the average time of read datum once time is less 300 ms.

在实际检测试验中，该检测系统传输速率可达900kbps，平均读取一次数据时间小于300ms。

A 1.8 ~ 2.4 Kbps variable bit rate speech coding algorithm based on Multiband Excitation ( MBE ) speech coding model was proposed .

在介绍了低速率语音编码的基础上，对变速率、低码率的多带激励编码算法进行了深入的研究，形成了2.4Kbps、1.8Kbps2种码率的语音编码方案。

And the transferring rate can be improved to 4.8 k ~ 56 kbps with facicities ′ reliable operation .

传输速率可提高到4.8～56kbps，设备运行稳定可靠，提高了数据传输速度。

One way to determine if an adapter is saturated is to sum the Kbps amounts for all disks attached to one adapter .

有一种方法可以确定一个适配器是否满负荷，将连接到该适配器的所有磁盘的Kbps量累加起来。

System tests indicate that the transmission speed can come up to 10 kbps , and it can meet all the requirements when the demand for transmission speed is not high .

系统实际测试的数据传输速率可以达到10kbps，能满足一些速率要求不高的场合。

The design has been implemented with 0.8 μ m CMOS technology . This chip operates at 13.56 MHz , and the data rate is 106 kbps .

本设计采用0.8μMCMOS工艺流水，设计工作频率为13.56MHz，数据传输速率为106kbps。

The paper succeeded to decode MP3 ( 44.1 kHz , 128 kbps ), that satisfied the limited accuracy of the international audio standard .

已经成功解出MP3（44.1kHz，128kbps），并且满足国际音频组要求的限制精度。

When transmitting signal is below 500 Kbps , increasing the system power can reduce the bit error rate ( BER ) for the signal suffering only flat fading .

当码速率较低时（500Kbps以下），信号受到平坦衰落，增大系统功率可以降低系统误码率。

Growing from Kbps to 10M / 100Mbps network , now to Gbps network has become inevitable , which brings more requirements to IDS performance .

从最初以K为单位的网络速度到10M/100M网络，到现在千兆网络，这些变革对IDS的处理性能提出了更高的要求。

RLP layer KBPS improve throughput from 95.83 to KBPS stuffy symptom , average data transfer rate , 1X network throughput , get that optimization scheme is feasible .

RLP层吞吐量从81.2KBPS提高到95.83KBPS，平均1X数据传输速率、网络吞吐量得到明显提升，表明优化方案是可行的。

In wideband spread spectrum systems , QCELP 8 kbps and 13 kbps voice coders ( vocoders ) are speech coding standards .

QCELP声码器作为话音编码标准已应用到宽带扩频通信系统中，包括8kbps和13kbps的标准。

Conclusion teleconsultation can be hold on image sets composed of small matrix size images and compressed large matrix size images in satellite narrowband network , optimum transmission bandwidth is 192 kbps ;

系统在卫星网等窄带中速网络中，可对小矩阵尺寸图像和经压缩的大矩阵尺寸图像的影像集合进行会诊，影像传输以192kbps带宽传输性能优；

On the one hand , general video data has been compressed under several hundred Kbps through innovation of video compress theory , improvement of video compress algorithm and modification of video compress standard .

一方面，随着视频压缩理论的不断创新，视频压缩算法的不断改进，视频压缩标准的不断提出，人们已经把普通视频信息的数据量控制到几十到几百Kbps的程度。

MELP speech encoding algorithm is based on the traditional LPC model , which replaces duality excitation with mixed excitation and gets better result on the bit-rate of 2.4 kbps .

混合激励线性预测（MELP）语音编码算法以传统的LPC模型为基础，用混合激励取代二元激励，在2.4kb／s低速率语音编码上取得了较好的效果。

Address this issue , we have proposed a three vector quantization method . The rate of MELP can be dropped to around 2.1 kbps and there are still good quality of synthetic voice .

针对于这一问题，我们提出了三级矢量量化的方法，从而可以把MELP的码率降到2.1kbps左右，仍有较好的合成语音质量。

A verification platform based on the framework for an audio decoder SOC has been established and 128 kbps , 44.1 kHz stereo AAC LC can be decoded in real-time .

基于提出的媒体系统芯片验证框架，快速构建了音频解码系统芯片验证平台，实现了对128kbps，44.1kHz立体声AACLC的实时解码，达到了验证要求。

By using modified block truncation coding and motion compensation technique based on one-step predictive motion estimation , the proposed codec can compress real-time videophone pictures below the bit-rate of 100 kbps on current PC.

利用改进的块截断编码和基于一步预测运动估计的运动补偿技术，该算法能够在现有的普通PC机上实时实现全彩色视频电话图像序列的编解码，比特率小于100Kbps。

The system can transmit data one-way over a distance of up to 1 kilometer at a bit-rate of 10 kbps in shallow water , and the bit error rate was less than 5 percents .

系统能够在浅海环境下，远到1km的距离上以10kbps的数据率单向传输数据，其误比特率小于5%。

Bluetooth , a short-range wireless technology designed to replace cables , supports speeds of723 kbps ( asymmetric ) and432 kbps ( symmetric ) and can transfer both data and voice .

Bluetooth是用于替换电缆的短程无线技术，支持723kbps（不对称）和432kbps（对称）的速度，可以传输数据和语音。