有線通信 的英文怎麼說
中文拼音 [yǒuxiàntōngxìn]
有線通信
英文
lc line communications-
Ncs ipcablecom network call signaling management information base requirements
個人間有線通信網路呼叫信號The company began to deal with wireless communication in 2002, and has the ability of researching the power - supply of catv and colligate gateway
02年開始從ups代理轉向無線通信,並擁有自有品牌「時訊」及catv電源綜合網關的研發能力,客戶包括中國移動,中國聯通,太平洋保險公司。Aiming at the practical situations of frequent accidents on mine gas and existing mine gas wire communication system needs to be improved towards wireless communication system, the paper put forward all nodes of gas sensor distributed in underground were brought into an intelligent and flexible wireless network system, so as to form a gas sensor networks system with layering and characteristic of intrinsical safety which relayed on the sensor ' s node
摘要針對礦井瓦斯事故頻發、現有礦井瓦斯監測有線通信系統急需向無線通信系統改進的實際情況,文章提出了將分佈於井下的所有瓦斯傳感器節點納入一個智能化、結構靈活的無線網路系統,組成以傳感器節點為依託的層次化且具有本安特性的瓦斯傳感器網路系統。Storage, a very important chain of material flow, now is supervised manually or in the state of semi - automation in china. its efficiency is not high. in recent years, some of corporations realize partial integration of information, but mode of communications is lineate mostly
貨場作為物資流通過程中的一個重要環節,目前我國基本處於人工管理或半自動化管理狀態,效率不高,雖然現在有一些企業已經實現了倉儲系統的部分信息集成,但其通訊方式大多數以有線通訊為主,這種通訊方式存在一定的弊端,某些環節還不能實現無紙作業。Bridge health remote monitoring is a method to monitor a bridge in lineate or wireless way in real time, it changes the traditional way of monitoring by manpower, works more automatically, highly increase the response speed when any structure breakage is happened, save manpower and material resource, through this method, people can also manage many bridges in one place remotely
橋梁遠程監測是利用有線或無線通信方式實現橋梁狀態實時遠程監測的方法,它改變了傳統的以人工為主的監測手段,大大提高了橋梁監測的自動化程度,提高了對橋梁結構損壞和突發事件的反應速度,節約人力物力,是國內外的熱點研究領域。Using loading coils properly spaced in the line, the transmission distance for telephone reaches from new york to denver
在電話線路中的適當位置使用加感線圈,從而延長了電話傳輸距離,實現了紐約到丹佛的有線通信。As a combination of ofdm with space - time coding technique, mimo - ofdm becomes more and more important in the future wireless communication systems, the mimo - ofdm system can not only effectively enhance the transmission rate and capacity of the wireless communication system but also greatly mitigate the effections of mufti - path fading and interfere
Mimo - ofdm技術將ofdm與空時編碼技術有機的結合在一起,能夠大幅度的提高無線通信系統的通道容量和傳輸效率,並能有效的抵抗多徑衰落、抑制干擾和噪聲。In the 21st universiade, beijing telecom, as the only appointed sponsor for data communication and wire communication, provided wide bandwidth wlan wireless internet service
作為"數據通信與有線通信唯一指定贊助商" ,在世界21屆大運會期間,北京通信為記者和大運會工作人員提供了wlan寬帶無線上網服務,其示意圖見圖1 。Fire wired communication circuit
消防有線通信線路Ipcablecom event message requirements
個人間有線通信事件信息要求Istp ipcablecom internet signaling transport protocol
個人間有線通信英特網信號傳送協議Ipcablecom electronic surveillance standard
個人間有線通信電子監視標準Fire wired communication system
消防有線通信系統Fire wired communication network
消防有線通信網Both wire and wireless communication methods are used to realize communication between controller and operator
控制器採用無線通信和有線通信的的方式實現人機交互。This paper mainly focuses on the research on how to transmit the mpeg - 2 ts by cable communication network
本課題主要研究的是如何通過現有的有線通信網來傳輸mpeg _ 2ts流。Telephone, television and computer network merging in one is an inevitable trend as communication technology developing
電話、電視、計算機網路三網合一是現代有線通信技術的發展趨勢。The traditional fire alarm systems are composed of a controller and detectors, and always transmit signals in the way of wireline transmission. however, the problems of long construction period, high rate of hardware fault and high cost of transmission line puzzle the administrators of fire control. but wireless communication in place of wireline communication can solve these problems effectively
傳統的集散式火災自動報警系統由火災報警控制器及火災探測裝置組成,其信號傳輸方面多採用有線傳輸,但是這種形式下的火災自動報警系統的施工工期長、硬體故障率高、傳輸線成本高等問題常常困擾著消防管理人員,而以無線通信代替有線通信卻能夠很好地解決這些問題。Wired communication method is attached importance to the military because of its high secrecy and anti - jamming. so it ' s of great strategic value to make applied researches on military wired communication service
有線通信方式由於具有保密性高、抗干擾能力強在軍事通信中倍受青睞,因此,對軍用有線通信設備的研究和設計具有十分重要的戰略意義。It is necessary in digital communication system that carrier recovery can compensate frequency offset and phase jitter brought by transmission and modulation. this paper is mainly focused on carrier recovery technique. we introduce the channel model at cable headed and receiving site. firstly, we introduce the principle of carrier recovery and give some algorithms of them, which are directed - decision, reduced constellation and frequency sweeping
本論文緊緊圍繞著數字通信系統中的載波恢復技術,在介紹了有線通信系統所用的調制解調通道模型后,首先闡述了載波恢復技術的思想和基本原理,在此基礎上給出了三種載波恢復演算法,即判決導向演算法、簡化星座判決演算法和掃頻演算法,並且給出了其各自的模擬圖:然後深入研究了一種適合高階qam並且能糾正較大頻偏的載波恢復技術:極性判決演算法。分享友人