receiving conversion

英 [rɪˈsiːvɪŋ kənˈvɜːʃn] 美 [rɪˈsiːvɪŋ kənˈvɜːrʒn]

网络  接收转换; 接收变换

计算机



双语例句

  1. If the data formats between the sending and receiving applications differ, data conversion is necessary.
    如果发送和接收应用程序之间的数据格式不同,就需要进行数据转换。
  2. The fundamental rule of the conversion process is that the receiving system will always perform the code page conversion.
    转换过程的基本规则就是接收系统将总是执行代码页的转换。
  3. Adopting kiss Bind technology on the design of communication protocol, the sending end and receiving end automatically realize the bind and connection. As a result, PRoC reaches the seamless conversion from wire to wireless.
    通讯协议中,采用KissBind技术,全自动实现发送端和接收端的绑定和连接,达到PRoC有线至无线的无缝转换。
  4. This method involves field survey instruments composed of GPS software and receiving equipment, outline for field survey, conversion of projection of measured data, and updating of outmoded GIS data.
    该方法由GPS软硬件接收设备组装的实测仪器、实施实测的要点、实测数据的投影系统转换与对GIS陈旧处数据的更新处理等部分组成。
  5. On-board DSP performs conversion data buffering and communication with the host through RS232/ USB2.0 interface, receiving instructions and transfer conversion data from and to the host.
    板载DSP完成数据的缓冲,并通过RS232/USB2.0接口与上位机通信,接收上位机的控制命令,向上位机发送采样转换数据。
  6. In receiving mode, through controlling DDS, it produces the local oscillation signal needed by down frequency conversion of the receiving signal. Then the DBF is used to form the receiving beam.
    在接收模式下,则利用DDS技术产生接收信号下变频所必需的本振信号,然后采用DBF技术形成接收波束。
  7. A FPGA is used as the kernel module to control the data transferring 、 related circuit and chips working, accomplishing the synchronous control among the ultrasonic emission 、 receiving 、 analog-to-digital conversion and ultrasonic imaging.
    现场可编程逻辑阵列(FPGA)作为核心控制模块完成对数据传输和相关电路及芯片的控制,主要实现了对超声波激发、A/D转换以及成像部分同步控制。
  8. Making use of frequency modulation to implement electro-optic modulation, and receiving ultraviolet light that frequency is variable, signal can been demodulated after photoelectric conversion and F-V conversion.
    应用调频技术实现对电光信号的调制转换,再通过接收频率变换的紫外光信号,并进行光电转换和频压转换,还原出原始信号。
  9. Discussed the reason of improving parametric receiving array conversion efficiency by micro-bubbles layer and silicon rubber respectively. It also compares some performances between parametric receive in water and silicon rubber under the same condition. 4.
    分别讨论了微小气泡层介质和硅橡胶介质提高参量接收阵转换效率的原因,重点介绍了硅橡胶介质,并与水介质中的参量接收阵相关特性进行对比仿真。
  10. Wireless receiver module and another micro controller is the receiving end for receiving the temperature data which will be taken by the host computer after processing and conversion. A software for real-time temperature monitoring is developed for the coating machine.
    无线接收模块和另一单片机作为接收端接收温度数据,温度数据经过处理转换之后就可以供上位机获取。在上位机设计了一套包衣机温度实时监测软件。
  11. Through the automatic tracking solar energy, so that sunlight exposure is always perpendicular to the receiving surface, is to improve the efficiency of solar energy conversion methods.
    通过太阳能自动跟踪,使太阳光始终垂直照射到接收面上,是提高太阳能转换效率的方法之一。
  12. The dish solar power generation system is receiving more and more attention today due to its great importance attached to the renewable energy and distributed energy supply technology, and its advantages of high solar-electricity conversion efficiency and flexible application.
    碟式热发电系统由于具有光电转换效率高,使用灵活等优点,在可再生能源及分布式供能技术受到日益重视的今天,正引起越来越多的关注。
  13. With the deepening of energy crisis and the emerging of environmental problems, the development of new energy such as solar energy is receiving more and more attention now. Thermal-power conversion equipment is the key part of Solar Thermal Power Generation System.
    随着能源危机的深入和环境问题的不断凸显,太阳能等新能源的发展日益受到重视。
  14. First, the background, the development history and the advantage are introduced. Then the characteristics of the active receiving antenna and the principle of negative impedance conversion is introduced.
    首先介绍了有源接收天线的应用背景、发展历史以及其优点,接着分析了有源接收天线相关特性,并介绍了负阻抗变换原理。
  15. Though the direction data transmission process is opposite. On the one hand the receiving terminal changes the data of yuntai control and the derection of audio data into frame data, then sends the optical signal by Photoelectric conversion.
    方向数据传输的过程则是相反的过程,接收端通过异步复接把控制云台的数据和方向音频数据变成成帧数据,然后经过光电转换变成光信号发送出去。