voice data

英 [vɔɪs ˈdeɪtə] 美 [vɔɪs ˈdeɪtə]

网络  语音数据; 语音资料; 话音数据

计算机



双语例句

  1. There is no indication whether MYSTIC also intercepts phone calls and voice data in the Philippines, but it does pull text messaging data.
    尚不知晓神秘项目是否还拦截了菲律宾人的电话和语音数据,但一份文件显示,搜集短信数据是确凿的。
  2. The first station processes facsimile data and voice data for transmission over the wireless link.
    所述第一站对传真数据和语音数据进行处理,用于在无线链路上传输。
  3. Performance Analysis on Voice Data EDCF Access of Wireless Lan
    无线局域网语音数据EDCF接入性能分析
  4. In order to digitize the voice signal from common telephone and transfer the voice data over Ethernet with a low hardware cost, a MCU control system by combining the voice-over-package technology with the computer process technology and Internet technology is established.
    为实现普通电话语音信号的数字化,以较低的硬件成本实现语音的网络传输,将分组语音技术与计算机处理技术、因特网技术相结合,组建了一套单片机控制系统。
  5. Secondly, compression and decompression of voice data;
    实现语音数据的压缩和解压缩;
  6. Thirdly, transportation of voice data on thenetwork;
    实现语音数据在网络上的传输;
  7. Research and Development of Voice Data Acquisition& Release System Based on CTI
    基于CTI的语音信息采集与发布系统研究与开发
  8. With particular applications in LAN being focused on and the background of the combination of TDM, VoIP and Embedded system, a novel voice data encapsulation mode is proposed according to network performance of Ethernet in this paper.
    本论文针对IP-PBX在局域网内的实际应用,以TDM、VOIP和嵌入式系统三种技术的结合应用为背景,根据以太网的传输特性,提出了一种新的语音帧封装模式;
  9. This thesis proposes a method of voice data acquisition and storage on DSP, and the use of CCS to optimize the codes.
    本文提出了DSP上语音数据的获取和存储的实现方法,以及使用CCS软件进行优化代码的方法。
  10. Compressing algorithm for voice data is not adopted during encapsulation to avoid long additional time delay.
    对分组语音数据不采用压缩算法,避免过高的附加时延。
  11. The voice data is directly encapsulated into Ethernet MAC frame;
    本解决方案的特点在于采用以太网MAC帧直接封装语音数据;
  12. This paper put forward an idea that use a voice data multiplexing equipment pulls through the EI transmission channels over the leased lines for splitting and re-used slot to provide Ethernet interface, anti-polar accounting functions, calling number display functions and RS232 data channel.
    提出了在租用线路上利用语音数据复接设备通过一个E1传输通道,进行时隙的分拆和复用,提供以太网口、有反极性计费功能和来电显示功能的电话和一个RS232的数据通道。
  13. This article is mainly about the management of the digital speech teaching network based on DSP, that is, transmitting the voice data in the network with TDMA way, and realizing the functions of the digital speech classroom.
    介绍了基于DSP的全数字化语音教学网络的管理,即将语音数据在网络内部用时分多址的形式进行传输,并实现语音教室的各种功能。
  14. This software compresses and decodes the voice data through using voice compressing algorithms.
    通过语音压缩算法对语音数据进行编码压缩处理,及对其按TCP/IP标准进行分组,变成IP数据包。
  15. VoIP ( Voice over IP) is a technology that sends packet voice data over IP networks.
    VoIP(VoiceOverIP)是指以分组的形式在基于IP协议的网络上传送语音数据的技术。
  16. By running this mechanism, system can accurately control the cross-connection of voice data in time slot and dynamically regulate voice jitter-delay so the complexity of system and time delay of data processing are efficiently reduced.
    通过运行该机制,可以控制系统对话路进行准确地交叉连接并对语音的时延抖动做出动态调整,有效地降低了系统的复杂程度和数据处理的时延。
  17. The netcard ( RTL8019AS) controller is used to perform the voice data packeted for transmission, the packets unpacked for receiving, the call control according to TCP/ IP Protocol in the LAN.
    并通过以太网接口控制器(RTL8019AS)按照TCP/IP协议栈的要求完成数据打包、拆包处理和呼叫控制管理,实现了在局域网里的语音数据传输。
  18. In a VoIP system, real-time voice data compression is needed to reduce network bandwidth requirements.
    在VoIP系统中,需要将语音数据实时压缩以降低网络带宽需求。
  19. Secure key-exchange and data encryption techniques concerned in the investigation were researched, and an effective method about voice data encryption and decryption is designed. 4.
    对本研究中涉及到的密钥交换、数据加密技术进行了深入调研,并实现了一个高效的语音数据加解密方法。
  20. For speech recognition, voice data need to be cut to extract necessary voice segment from each sub-paragraph speech.
    为了进行语音识别,需要把每小段语音进行切割分离提取需要的语音段。
  21. For that, this thesis combines short-time zero-crossing rate, the short-term energy method and frame cross-correlation method to cut the voice data.
    为此本文采用了短时过零率与短时能量相结合以及相连帧互相关的方法对语音进行切割并且做了一系列的实验。
  22. Experiments show that this system can capture and transmit real-time voice data effectively, and the voice effect is also satisfactory.
    实验表明该系统能够实时的采集和传输语音数据,语音效果良好。
  23. Voice communication indicates process of voice data switch in networks.
    语音通信过程是语音数据在网络中的接续过程。
  24. And study detailed the information hiding technology based on instant messaging from two aspects that voice data and voice protocol.
    从语音协议和语音数据两个方面入手,详细研究了基于即时语音通信的信息隐藏技术。
  25. Moreover, the technology about voice data stream encrypt and decrypt mentioned in the thesis has very useful referenced value for other stream data encryption.
    此外,论文中对语音数据流的加密与解密技术对其它流数据的加密和解密也有很好的参考价值。
  26. Finally, by the CCS software simulation and hardware testing, shows that the encryption algorithm constructed on voice encryption is feasible and safe, suitable for voice data encryption.
    最后通过CCS软件仿真和对硬件的测试,表明文中所构造的加密算法对语音加密具有可行性和安全性,适合于语音数据的加密。
  27. IMS is short of IP multimedia, which can provide voice data and video services, based on IP network. It is thought to be the evolution direction of the next generation network.
    IMS是IP多媒体子系统的简称,它是基于IP的网络,能够提供语音、数据、视频等各种业务,被认为是下一代网络系统的重要演进方向。
  28. VoIP transmits the voice data for communication through packet switching network and the communication channel can be shared by multi-partners, which promote the efficient use of network and reduce the cost of voice business. Therefore, VoIP achieves rapid development in the world.
    VoIP采用分组交换网络进行通信,通信链路可以多方共享,促进了网络资源利用效率,降低了语音业务成本,因此在全球范围内得到了迅速的发展。
  29. And in the DSP system used the chaotic system to produce chaotic sequence on the voice data encryption, verify the sequence of encryption performance.
    通过在DSP系统上使用该混沌系统产生的混沌序列对语音数据进行加密,验证了该序列的加密性能。
  30. Then use a new type of wireless sensor network operating system SOS which is based on the related routing protocols to transfer voice data in all nodes.
    然后,采用一种新型的无线传感网络操作系统SOS,在SOS的基础上实现了相关的路由协议,以及声音数据在各个节点之间的多跳传递。