发送端的英文

发音:

英文翻译
造句

transmitting terminal; transmitting end; sending end

发送 transmit by radio; transmiss ...
端 end; extremity
发送端，起始端 initiating terminal
发送端串话 sending-end crosstalk
发送端电感 sending end inductance
发送端电压 sending end voltage
发送端口 transmit port
发送端阻抗 sending end impedance
原发送端 original sender
原始发送端 original sender
发送端变频器 transmitting mixer
发送端标识符 csid calling station identifier
发送端接收端 transmit endreceive end
发送端滤波器 sending filter
发送端输入阻抗 sending end impedance; sending-end impedance
送端阻抗 sending-end impedance
发送 1.(把无线电信号发射出去) transmit by radio; transmission; sending; transmitting : 发送密码电报 transmit a coded message2.(送出) dispatch (letters, etc.); delivery; dispatching
作业传送端口 job transfer port
输送端螺栓和螺母 delivery bolt and nut
包发送 packet delivery
埠发送 xmlsocket.send() xml
传输，发送 xmit tra mit; xmit transmit
传送,发送 xmt trasmit
带发送 double side-band transmission (dsb); single side-band trans- mission (ssb)
发射，发送 send up

"查查词典"手机版

千万人都在用的超大词汇词典翻译APP

例句与用法

Assigning serial different address code to different subscribers , useful signal is taken out of the same time slot and frequence , and is transmitted with one share channel . at received end , system makes use of completed address code from sending end to do correlative check and take out useful subscriber signal . the other address code signals are treated as broadband disturbing signal which is removed . in radio environment of existing variable disturbtion and muti - way declining , expand frequence signal ’ s broadband characteristics can improve system performance obviously . cdma mobile telecommunication system has some better characteristics , such as anti - disturbing 、 anti - way declining 、 secrecy 、 capacity 、 utilizing rate of frequence resource and so on , than other mobile telecommunication system
Cdma ( codedivisionmultipleaccess )移动通信系统的技术基础是基于扩频技术的码分多址,通过给不同的用户分配各自特定的地址码序列,将处于相同时隙和频率的用户信号分离开来,采用共享信道方式传输信息。在接收端,系统利用与发送端完全一致的本地地址码对接收信号进行相关检测,提取需要的用户信号,而将其他使用不同码型的信号视为宽带干扰而从中剔除掉。
In this paper , the method of in - bore abnormal phenomenon remote detecting is presented . considering of the multi - channel transient signals automatic acquisition , a project of pcm signal hardwire transmission data automatic acquire system is put forward . in this system , a pcm demodulate board is designed , it can decode the pcm code string which contain the information of the multi - channel transient signals , it also can catch the useful data automatically , and transmit these data to upper pc by rs485
在该系统中，为了能够解调出包含多路动态信号数据的高码速率pcm信号，设计并制作了一种适用的pcm解调板，能够从pcm码流中恢复出位时钟信号，从而与发送端保持位同步和帧同步，从而对pcm码流可靠地解调、缓存，并能根据计算机设定的触发条件自动地捕获多路信号的有效段，然后利用rs485总线将这些数据可靠地远传至计算机以供显示、分析和保存。
Using rtf , with the help of directshow ' s frame , two filters are programmed to send and receive multicasting data in the application research . one filter , a tenderer filter , is used in the sender side to send audio file or real - time audio to the network . another , a source filter , is used in the receiver side to receive audio stream from the network
使用rtp协议，借助于directshow的框架，在应用研究中建立了两个用于发送和接收组播媒体流的过滤器( filter ) ，一个是呈现过滤器( rendererfilter ) ，用在发送端，用于向网络中发送音频文件和实时音频；另一个是源过滤器( sourcefilter ) ，用在接收端，用于接收从网络中发送过来的音频流。
We import a lowpass filter to smooth the loss ratio , adjust sending rate according to the smoothed result . we present an adaptive low threshold scheme regulating the low threshold according to the history record of sending rate adjustment to utilize efficiently the network bandwidth , and reduce the oscillation of sending rate . we find that such a rate adjustment can shorten congestion period and reduce packet loss
为使发送端在网络负载处于低载状态时，能迅速地提高码率，充分利用网络带宽，同时对网络当前的负载状况又不过于敏感，避免出现“振荡调节服务质量”的情况，本文提出了一种自适应下门限调节方案，根据历史记录动态调节下门限值，使整个传输过程既能充分利用带宽又不引起网络拥塞，从而减小时延，降低丢包率，同时减小了发送速率的振荡性。
Furthermore , we use the matlab simulation result to analyze the capability of viterbi decoding . finally , we complete the fpga designing of each module in the base - band processing unit , including parallel - to - serial conversion module , framing module , convolutional coding module in the sending end , serial to parallel conversion module , viterbi
基带处理单元各模块的fpga设计主要包括发送端并串转换模块、成帧模块、卷积编码模块、接收端串并转换模块和viterbi译码模块,应用quartusii5 . 1开发平台以及modelsim仿真软件,给出了仿真结果。
According to the scale - free model of internet and the puzzle of semantic web , a design project of the complementary architecture network is presented , the transport protocols of broadcasting network are defined , the design and implementation of broadcasting software are described in detail , and then the capability of the experimental network is tested and analyzed
摘要根据互联网的无尺度现象和语义互联网的困惑，提出了互补结构网络的设计方案，定义了次结构网络的传输协议分层模型，描述了次结构网络发送端和接收端软件的设计与实现，并对实验网络性能进行了测试和结果分析。
With vc - 12 virtual concatenation , we can make efficient and flexible use of the bandwidth . sdram , as a mass storage medium , is applied also . in this design , i use hy57v643220ct - 6 , with 32bit data width , up to 166m system clock , as the buffer of vc - 12 virtual concatenation alignment and ethernet data transmission
本论文设计系统中采用了现代的hy57v643220ct - 6作为外部存储器，它的数据线是32位宽，保证了吞吐量，时钟可高达166m ，保证了速度，用它实现了多个以太网发送端缓存和多路vc - 12虚级联的对齐。
Though wide - band has been used widely , it ' s not wide enough to watch high - quality real - time video . futhermore , wiless communicaton has become a hot technology , it has limited band and unstable communication channel which result in high percentage of errorness in this situation , if people want to watch realtime video , it has high demand that video producer compress the video as small as possible when quality is good enough and receiver have ability of error resilience
另外，无线通信已经成为当前it领域的一个大热点，对无线通信来说，带宽就更加有限，并且传输线路不稳定，错误率高，在这种情况下，如果想通过无线网络在线观看视频，必然需要视频发送端在保证质量的情况下对视频进行尽可能的压缩，同时提供强大的纠错和抗错能力。
The exchange could not terminate m1 bytes , high - order channel far - end error indication signals , n1 bytes , low - order far - end error indication signals , n2 bytes , k4 bytes and low - order channel far - end out - of - work indication . instead , it could only send those bytes back to the originating side
上海贝尔p3s交换机不能终结m1字节、高阶通道远端差错指示信号、 n1字节、低阶通道远端差错指示信号、 n2字节、 k4字节、低阶通道远端失效指示，而是将这些字节回传给发送端。
The key technique is the adaptation of mpeg - 2 transport stream to ds3 format . based on an extensive and thorough study of the relative standards and specifications of dvb and itu , this dissertation discusses the adaptation process of mpeg - 2 physical interface to ds3 interface , and gives a detailed description of the implementation on fpga ( field programmable gate arrays )
本论文正是针对上述问题,在广泛阅读和研究dvb和itu相关标准的基础上,讨论了系统发送端和接收端对于mpeg - 2物理接口和ds3接口之间的适配过程,并且对此适配方案在fpga (现场可编程门阵列)芯片上的实现进行了比较详尽的论述。