扩频通信是指在发送端将信号的频谱扩展到一个很宽的频带上，在接收端通过相关接收，将信号恢复到信息带宽的一种系统。
The SS communication is a system that the spectrum of signal is spreaded in a wide frequency band when transmitted, and is recovered by the correlation reception when received.
通过文档与信息的分离，还可以加快速度并节省带宽。
By separating the information from the document, you can also speed things up and save some bandwidth.
通过分析信号的局部特性，应用程序就可以增强影像或者找出并删除多余的信息来节省内存或带宽。
By analyzing local properties of the signal, the application could, for instance, sharpen frames of video, or look for redundant information that can be removed to save memory or bandwidth.
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).
数字图像之类的高带宽信息，则由机器人在接近城市时通过手机信号传送。
Higher bandwidth information, such as digital images, will be transmitted through cell-phone signals when the robot gets closer to population centers.
带宽越大，信道能承载更多的信息。
The higher a channel's bandwidth, the more information it can carry.
虽然与无线网络相比，有线网络仍然具有更大的带宽，但是那也是由于无线网络巨大的社会效用对有线网络起了促进作用，这也才使得我们可以在任何时间、任何地点访问信息。
Even though most wired networks still have greater bandwidth than wireless nets, that's trumped by the tremendous social utility of wireless, allowing information to be accessed anytime, anyplace.
假设所有相关信息都是二进制(情况并非始终如此，更不用考虑在线内容管理系统了)，则主要存储问题就是大小和带宽。
Assuming all the information of interest is binary (which isn't always the case, even considering online content-management systems), then the primary questions of storage are size and bandwidth.
以前一直认为，启用rwhod和rusersd是对网络资源的浪费，因为这两个守护进程在网络中不断地广播信息，从而占用了带宽。
Traditionally, enabling rwhod and rusersd was seen as a wasteful use of network resources, because these daemons broadcast information over the network continually, using up bandwidth.
也有一些广播商尝试用1或2 MHz带宽发送一些网页或附加信息。
Some broadcasters are also experimenting with 1 - or 2-mbps data channels that send information and Web pages along with a show to provide additional information.
比如，一名员工不小心点了“回复全部”而不是“回复”图标，那些敏感的公司信息就可能丢失，这和员工的工作效率与带宽有关系。
Should an employee ac- cidentally hit ‘‘reply all’’ instead of ‘‘reply, ’’ for example, sensitive company information may be lost, right along with employee productivity and bandwidth.
文件的大小确定了主要的存储需求(包括备份)和捕获及最终显示信息所需要的带宽级别。
The size of the files determines the principle storage needs (including backup) and the level of bandwidth required for capture and eventual display.
利用训练序列与信息序列的不相关特性，在没有带宽损失的情况下初步估计出信道参数；
In the first place, by exploiting the uncorrelation between the training and information sequences, primary channel parameters were obtained without loss of bandwidth.
该算法直接利用前一周期的时延信息来更新路由表，以作为当前寻找路径的依据，在满足带宽和时延波动约束条件下，使数据传送过程时延最小化。
It can refresh the router table by the previous delay information to find a suitable path with the constraints of the bandwidth and the delay-jitter.
压缩-一种减少带宽或所需的存储容量的方法，以便于信息的编码。特别是用于有线电视，它可以在原先由一个频道占用的带宽上通过更多的频道。
Compression - Method of reducing the bandwidth or bits needed to encode information. Typically used in cable to place more channels in the bandwidth originally occupied by one channel.
然而现有的网络带宽限制了图像信息的快速传输。
Nevertheless the existing network bandwidth restricts the rapid transmission of medical information.
主放大采用了比例放大，带宽更宽，记录到的地倾斜信息更丰富，能够很好的应用于地震预报工作。
The main amplifier USES proportion enlargement, widening the bandwidth, recording richer earth decline information, which can be well used in the earthquake forecast.
带宽仅用于关键的信息：调用、调用参数以及任何返回值或异常。
Bandwidth is used for only the critical information the call, call arguments, and any return values or exceptions.
此时信息容量正比于所载入的变化的带宽。
The information content is then proportional to the bandwidth of the imposed variation.
在数字信号的基带传输过程中，信息传输速率和系统带宽是系统的两个重要性能指标。
Both system bandwidth and transmission speed of code are very important property parameters in the baseband transmission process for digital signals.
提出了一种在非精确网络状态信息下满足时延和带宽约束的最小代价组播路由算法。
A delay and bandwidth constrained least-cost multicast routing algorithm with imprecise state information is proposed.
然而随着人们对多媒体质量需求的提高，如何在有限带宽上提高多媒体信息的传输质量成为亟待解决的问题。
Along with more and higher demands on multimedia quality, however, it has been an urgent problem how to improve the quality of multimedia transmission with a limited bandwidth.
现在随着宽带能力的不断加强，带宽、软件的虚拟化，我们看到信息的处理又集中到一个云上。
Now, with broadband capacity has been strengthened, bandwidth, software virtualization, we see the information processing and concentrated into a cloud.
解决CAN现场总线在网络带宽利用率高时，数据传输的实时性问题，尤其是保证了低优先级信息的实时性；
The real-time problem of the data transfer was solved and especially for the lower PRI information when the utility of controller area network (CAN) fieldbus was high.
该文提出了一类数据库系统所特有的隐通道一利用引用完整性约束传送信息的隐通道，分析了它们的带宽，并提出了处理这类隐通道的方法。
This paper presents a class of specific covert channels in database system-the covert channel using referential integrity. We compute their bandwidth and propose the methods to handle them.
用户的时间、带宽和存储资源被无效占用，网络链路也因此造成拥塞，还使得不良信息被到处散发。
Time, bandwidth and memory resources are occupied to result in the link block as well as the deluge of unhealthy messages.
他们的大脑不可能有足够的“带宽”在处理所有扑面而来的信息的同时，还能不停琢磨已经存在的那些信息，能吗？
They can't possibly have enough bandwidth to process all the incoming information and still dwell on what already was, can they? O. K.
同时，使用E1速率来传输电流差动信息后，也使得保护信息传输带宽大大加宽，有利于保护功能的增强与完善。
It also can improve the bandwidth of transmission widely when using E1 rate to transmit current differential information. This can be used by the protection to enhance its performance.
针对网上教学视频信息传输的需求，对视频传输所涉及的流媒体编码、网络带宽自适应等一些关键技术做了研究。
According to the demand of information transmission in online video teaching, some key techniques such as streaming coding and bite rate control for network bandwidth are studied.
针对网上教学视频信息传输的需求，对视频传输所涉及的流媒体编码、网络带宽自适应等一些关键技术做了研究。
According to the demand of information transmission in online video teaching, some key techniques such as streaming coding and bite rate control for network bandwidth are studied.
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