实时视频

The system implemented nonuniformity correction, image enhancement, and video synthesization, etc.

该系统能够实时完成校正系数的计算、IRFPA非均匀性校正、红外图像的增强及视频合成等功能。

Kinescope,return expand,long-distance transfers at one time ,video and audio entirety real time in-phase,HD compress high integration,set up multi-agreement, platform control,high speed dome shift and initialize spot control ,video move alarm,alarm.customer end function::LAN/ADSL/DDN,stakeout and return expand,talk-back each other,alarm picture's auto-show,fabric and remove defend,support IE.

录像，回放，远程传输同时进行，视音频完全实时同步，硬件压缩高度集成，内置多种协议，云台控制，高速球变速和预置点控制，视频移动报警，探头报警。客户端功能：LAN/ADSL/DDN，监视及回放，双向对讲，报警画面自动显示，布防撤防，支持IE浏览。

Both models feature fully autonomous flight, real time continuous video and telemetry data transmission and rugged portable tactical computers for command and control.

两者型号的特点全自主飞行、实时连续视频和遥测数据传送，结实的便携战术计算机用于指挥和控制。

The algorithm is simple, real-time is also very strong, and able to meet the general requirements of the video conference.

该算法实现简单，实时性也很强，能够满足一般的视频会议要求。

The quantity computed is the expected clutter power at the output of any specified range gate by the method of integrating reflected energy between constant Doppler loci in range-gate circles with a model of sum and difference antenna gain pattern for APAR. Base on the analyzing of APAR terrain clutter spectrum, Rayleigh, Correlated Log-Normal and Weibull distribution terrain clutter of APAR general pulse signal was simulated with the method of zero memory nolinearity transform.④The Doppler frequency of target echo is simulated on video frequency in this dissertation.

该软件采用了用C语言建立框架结构，而在程序高重复部分和有运算速度要求的地方，用汇编语言编写具有高并行能力程序的方法，不仅满足了系统高运算速度和实时性的要求，也使得软件系统结构模块化，代码具有良好的维护性和重用性；③对机载相控阵雷达HPRF、MPRF的和、差通道地面杂波功率谱进行了较为全面的研究，通过建立由四个子波束构成的机载相控阵雷达杂波和差波束天线方向图数学模型，选取体现高度线杂波的修正的地面后向散射模型，以载机平飞为例，采用沿距离门——等多普勒线区域积分的方法，得到了杂波功率谱，并利用零记忆非线性变换法实现了机载相控阵雷达常规脉冲情况下瑞利分布、对数正态分布和韦布尔分布地面杂波的模拟；④提出了采用在视频上对目标回波的多普勒频率进行模拟的方法。

In particular, this paper elaborated the auto-adapted transmission speed of the source according to the RTP/RTCP feedback information, enables it to realize the video real-time transmission in the different network condition. Then, produced the detail solution to the key question appearanced during the system design.

重点阐述了根据RTP/RTCP反馈信息来进行源端的速率自适应调节，使其能在不同的网络状况下较好地实现视频的实时传输，并对系统设计实现中的关键问题给出了详细的解决方案。

Arcos Technologies Ltd. is specializing in the field of real time video streaming and video networking.

Arcos技术有限公司是专门从事该领域的实时视频流和视频网络的开发。

The module of video capturer, server and client are introduced. Especially, the designs of modules that are used for keeping real-time and interactivity are described in detail.

然后对系统进行了实现，使用多线程技术、重叠I/O模型、缓冲池等关键开发技术，为视频服务的实时性和可靠性提供了进一步保障。

Video server sends a RSVP message to reserve resource for client, and the system calculates and analyses QoS parameters using control information of RTP/RTCP packets and ICMP Echo request message, and controls the transmission grade by corresponding strategy to ensure network QoS, which enhances the system reaction to network condition and stabilizes the throughput and solves the problems of data transmission and using bandwidth fairly between multicast data and other kind of data when network is congestible and unstable.

整个模型系统主要由视频服务器、路由节点和客户端构成，通过RSVP协议进行资源预留协商，并在传输过程中利用RTP/RTCP包中携带的控制信息结合ICMP Echo请求报文提取QoS参数，对其进行分析判断，采用相应策略对传输级别进行实时控制，保障了网络QoS，提高了系统对网络状况的反应速度，降低了传输速率的波动性，较好解决了网络拥塞和不稳定时数据的有效传输以及与其他数据流公平占用带宽的问题。

According to the related new state regulations on explosive production, we have proposed a management-control integration mode based on the original automatically con- trolled emulsive explosive production line, that is, the combination of video control and on-site DCS automatic control.

根据国家关于炸药生产的新规定，在原来的乳化炸药自动控制生产线的基础上，提出了管控一体化的模式，即视频控制和现场DCS自动控制相结合，并与企业的管理网络互连，实现全厂级的数据共享和实时控制。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。