无线视频

  • 网络wireless video
无线视频无线视频
  1. 基于IP组播的船载无线视频监控系统

    Shipborne Wireless Video Monitor System Based on IP Multicast

  2. 基于ARM的无线视频传输系统大容量存储技术研究

    Large Capacity Storage Technology Research of Wireless Video Transmission Ststems Based on ARM

  3. 基于DSP的双路信道无线视频终端设计

    Design of Dual-channel Wireless Video Terminal Based on DSP

  4. 容错(errorresilience)是保证无线视频传输质量的重要措施。

    Error resilience techniques are the important measures that ensure video transmission quality .

  5. 应用于无线视频监控的嵌入式Linux系统平台构建

    The Design and Implement of Wireless Video Surveillance System Based on Embedded Linux

  6. 基于GPRS和ARM的嵌入式无线视频采集系统设计

    A Wireless Video Capture System Based on ARM and GPRS

  7. USBHID类设备在无线视频接收设备中的应用

    The Application of USB HID Device in Wireless Video Surveillance Device

  8. 基于FPGA的掘进截割断面无线视频传输系统

    Application of FPGA to Wireless Video Transmission System of Cutting Cross Section in Mine Roadway Heading Face

  9. 为了实现对船载目标的监控,我们设计了基于IP组播的船载无线视频监控系统。

    In order to monitor shipborne objective , we design the shipborne wireless video monitoring system based on IP multicast .

  10. Turbo码在无线视频传输的误码保护及方案

    Error code protection and scheme of Turbo code for wireless video frequency transmission

  11. 用于无线视频网络的高吞吐率传感器MAC协议

    High Throughput S-MAC for Wireless Video Network

  12. 伴随着3G浪潮的到来,无线视频监控则成为当今的一个研究热点。

    With the arrival of 3G wave , wireless video monitoring becomes a hot research spot nowadays .

  13. 基于RTP速率控制单元的无线视频传输控制

    Transmission Control with RTP Rate Control Unit for Wireless Video Streaming

  14. 基于WiMAX技术的武警部队无线视频监控系统

    Video Supervision System of People 's Armed Police Based on WiMAX Technique

  15. 基于WiMAX的无线视频监控系统

    The Application of Wireless Video Surveillance System base on WiMAX

  16. 无线视频传输部分介绍了基于双CPU的无线传输板的软硬件设计;

    The Wireless Video Transmit Part describes the design of hardware and software based on the double CPU wireless transmit board ;

  17. 基于Ad-Hoc网络的无线视频监控网络路由算法研究

    Research on Routing Algorithm in Wireless Video Monitoring Network Based on Ad-Hoc Network

  18. H.263协议在无线视频传输系统中的应用研究

    Research of the H.263 Protocol Application in Wireless Video Transmission System

  19. 与传统的模拟监控比较,基于3G的无线视频监控系统具有数字化、网络化和便利化等显著特点。

    Compared with the traditional analog video surveillance , digital surveillance has the significant features of digitization , networking and facilitation .

  20. 基于MMS的嵌入式无线视频报警系统

    Embedded Wireless Video Alarm System Based on MMS

  21. 随着3G网络通信技术及图像编码技术的发展,无线视频传输开始应用于移动环境中。

    With the development of 3G communications and image coding technology , wireless video transmission is widely used in a mobile environment .

  22. 无线视频监控是无线Mesh中的重要应用之一,它能够满足移动视频监控的需求,减少对有线的依赖。

    Wireless Wireless Mesh Video Surveillance is an important one application , it can meet the demand for mobile video surveillance , reduce dependence on the cable .

  23. 针对无线视频通信的应用,研究了采用无线MMX来实现MPEG-4视频编解码的技术;

    The implementation of MPEG-4 video codec based on wireless MMX technology is discussed .

  24. H.263无线视频传输的关键技术改进

    H.263-based Critical Technology Improvement for Wireless Video Transmission

  25. 为实现复杂环境下的视频采集和传输,研制了基于WCDMA的无线视频采集传输系统。

    To achieve a perfect solution of the above problem , the wireless video acquisition and transmission system based on WCDMA are designed .

  26. 261视频数据流转换为一个低比特率、低空间分辨率的MPEG-4流,并进行无线视频处理。

    It can convert an H.261 video bit stream into a low bit rate MPEG-4 stream with low spatial resolution for wireless video access .

  27. 基于Stargate的无线视频传感器节点的实现

    Realization of Wireless Video Sensor Node Based on Stargate

  28. 无线视频传输的QoS技术涉及到视频编码、无线通信、优化理论、网络结构和网络管理等许多研究领域的核心技术。

    Wireless video QoS technique is a multidisciplinary topic involving many areas , ranging from video coding , wireless communication , optimization theory to networking architectures , networking management and so on .

  29. 基于COFDM的机载微波无线视频信号传输系统研究

    A COFDM-Based Wireless Video Signal Transmission System

  30. 3G通信技术的出现使对话式无线视频业务成为可能,而且最新的3GPP/3GPP2标准要求3G终端支持H。

    The third generation mobile system ( 3G ) makes mobile conversational video transmission in wireless environment possible and H.264/AVC is optionally supported by the latest 3GPP / 3GPP2 standards .