optical communication technique 中文意思是什麼

optical communication technique 解釋
光通信技術
  • optical : adj 眼的；視覺的；視力的；幫助視力的；光學（上）的。 optical activity 【物理學】旋光性。 an optic...
  • communication : n. 1. 通訊，通知；交換；信息；書信，口信，通報。2. 傳達，傳授；傳播；傳染。3. 交通，交通機關；聯系，連絡（設備）。4. 【宗教】接受聖餐。
  • technique : n. 1. （專門）技術；（藝術上的）技巧，技能。2. 手法〈如畫法，演奏法等〉。3. 方法。
  1. Because of its competitive properties fiber comes to be the top choice and becomes the major form of networking. the key technique of optical network is optical & electronic media converters. with the advent of the new phase of full - optical communication, the terms " g bit / s " " hot - pluggable " and " diagnostic monitoring " have already begun to creep into the popular vocabulary

    光通信的核心技術在於光器件和光電器件技術，具有小型化、熱插拔功能和自診斷功能等三大特點的千兆sfp收發器將代替sip和gbic成為千兆收發器市場的主流，是通信用光電器件發展的必然趨勢。
  2. Mems optical switch for optical communication is fabrication by silicon surface micromachining technology. surface micromachining technique, based on the standard cmos processes, in the other hand, offers greater flexibility for realizing free - space optical systems on a single chip

    Mems光開關是採用表面微細機械加工技術製作而成，硅表面微機械加工技術是以cmos集成電路工藝為基礎的，它可以靈活地把光開關集成在一塊矽片上。
  3. The article consists of three parts mainly : the first part has described the method of detecting the faint signal, mainly include : detection technique of faint signal, principle of the optical fibre sensor, the little lose effects when optic fibre little curved, and the research of the stress sensor of optical fibre. the second part emphasizes on the design of the intelligent photoelectricity system, mainly tells the design of the circuit to process the faint photoelectricity signal, details the software and hardware design of intelligent photoelectricity system made of single chip microcontroller, led, man - machine interface, communication interface, etc. the third part is the network communication of the detection system, details the technology of single chip microcontroller how to group the network, and the communication between single the chip microcontroller system and the modem, and how to realize the data between the field and computer central exchanged through the existing public phone network

    文章主要分為三部分：第一部分論述了微小信號的檢測方法，主要包括微小信號的檢測技術、光纖傳感器的原理、光纖微彎損耗效應及光纖應力傳感器的研製；第二部分重點講述了智能光電檢測系統的研製，主要講述了微弱光電信號調理電路的設計及由前（后）向通道、單片機、 led 、人機介面、通信介面等組成的智能光電系統的軟硬體的具體設計；第三部分為檢測系統的網路通信部分，具體闡述了單片機系統間的組網技術、單片機和modem之間的通信及通過現有的公用電話網路實現遠程監控的技術，實現現場檢測系統與橋梁測控中心的數據交換。
  4. According to the high technique task about space optical communication arranged by relative department of government, this paper present theoretic analysis, modeling and simulation for the whole system

    本論文根據國家有關部門下達的關于空間光通信的高新技術的研究課題，擬配合系統總體設計，完成光通信鏈路的理論分析、建模及模擬工作。
  5. Wireless optical communication technique and application

    無線光通信寬帶接入技術及其應用
  6. With the development of society and economy, the capability of the information system grows day by day. optical fiber communication, which is extensive used in the development of informatization, becomes the most important technology after the microelectronic technique

    當代社會和經濟發展中，信息容量日益劇增，為提高信息的傳輸速度和容量，光纖通信被廣泛的應用於信息化的發展，成為繼微電子技術之後信息領域中的重要技術。
  7. Implementation of the long - haul transmission for computer display signal by optical communication technique

    利用數字光通信技術實現計算機視頻信號長距離傳輸
  8. With the abrupt increase of the information and the rapid development of optical communication technique, it " s necessary to make full use of the broad - bandwidth advantage of the fibers. then, optical wavelength - division - multiplexing ( wdm ) has been brought out

    隨著現代社會信息量的劇增，光通信技術取得的迅猛發展，人們開始致力於充分開發光纖的帶寬優勢，光波分復用（ wdm ）技術應運而生。
  9. The study of fiber photosensitivity is proposed because of the rapid development of fbg and its great influence on optical communication and optical sensing, room temperature high pressure hydrogen loading technique has been recognized as an efficient means of achieving ultrahigh photosensitivity

    光纖光柵突飛猛進的發展以及它在通信和傳感領域的巨大影響對光纖光敏性的研究提出了要求，而載氫是光纖增敏的一種有效方法。
  10. Up to now, although the fiber optical transmission network " s own monitor and management system are good, without other communication means, we can not judge what reason cause the abort of the fiber optical transmission network which has only one communication route by using the technique and means in existence

    目前，雖然光纖通信系統設備本身的監控管理比較完善，但當單路由光纖通信系統全局阻斷后，如果沒有其他通信手段，遠端站到底是發生光端機故障、電源故障，還是光纜中斷造成的全局的阻斷，用現有的技術和手段無法判別。
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