lcos 中文意思是什麼
lcos
解釋
低心排綜合征-
This thesis mainly discusses the devices based on crystal optics and polarization, which includes polarization interference filter ( pif ) used in the separation and combination systems of lcos, achromatic wave plates based on the similar principal of pif and the crystal polarization beam splitter
本論文將主要討論晶體偏振光學器件：用於lcos分合色的偏振干涉濾光片（ pif ） ，基於pif原理的消色散延遲片和偏振分束器。 -
Lcos panel itself could not emit light, so it needs to rely on external light source
硅晶微顯示屏幕本身並不能發光，故需要依賴外來光源。 -
Based on the preliminary knowledge of color coordinate, color space and color difference, in chapter 4, we focus on the image preprocessing, that is the gamut mapping between the color paper and the crt displayed image. color correction and its realization of our lcos digital image print head are also given in this chapter
在第四章，我們重點研究的用於數碼沖印的顏色校正模塊及其實現，這一部分在簡要介紹色坐標與顏色空間，色差計算公式的基礎上，將重點放在數碼彩擴機目標色域以及源色域色域映射方法，密度計密度空間以及色度空間映射關系，即時色度與密度空間的關系等的研究。 -
Military applications research for lcos microdisplay
微型顯示器軍事應用研究 -
Lcos : liquid crystal on silicon
硅上液晶 -
Lcos liquid crystal on silicon
硅上液晶 -
Each lcos panel would only display the image pattern that is corresponding to the input light color
每一種顏色的光線會分別導向獨立的硅晶微顯示屏幕，言而每一個硅晶微顯示屏幕只會顯示對應顏色的影像。 -
Since lcos panel is monochrome, it needs to work with a color management module in order to display color images
因為硅晶微顯示屏幕本身沒有顯示色彩的能力，故硅晶光機需要配合顏色管理模組產生彩色影像。 -
The lcos formula and tse fire control formula for air to air gunshot have been compared by dynamic digital simulation
通過動態數字模擬比較了前置計算光學瞄準和使用目標狀態估值器兩種空空射擊的火控演算法。 -
The fourth chapter provides all kinds of performance parameters and design demands about the special full color lcos helmet micro display
第四章闡述了特種彩色lcos頭盔微顯示器的相關性能參數指標與設計要求。 -
Experimental results of our lcos digital image print head are given in chapter 5. conclusions are made. the future improvements are also proposed
第五章我們給出了lcos電子片夾的部分實驗結果，並對工作進行了總結，提出了進一步努力或改進的方向。 -
Based on the analysis of the digital image print head, we first discuss the key technique of the lcos projection display, including the cell characteristic and optical projection system characteristic, then the application of lcos for the digital image print head, its hardware system. this wins initial success for the color correction and system software of our digital image print head
論文在分析國內外數碼電子片夾的基礎上（第一章） ，首先論述了lcos投影系統的關鍵技術，著重分析了lcos投影儀中液晶盒特性以及投影系統光學特性，然後在此基礎上結合實際情況就現階段lcos用於數碼照片擴印系統的基本結構進行一些具體分析，並重點設計與分析了金成lcos數碼電子片夾的系統結構以及各個組成部分，為後面lcos數碼擴印系統的顏色校正以及數碼照片擴印系統軟體的研究提供了一定的基礎（第二章） 。 -
The key techniques for the digital image output are the image preprocessing and color correction. in chapter 3, we detail on the basic software modules of our lcos digital image print head, this includes the software architecture design and its specific modules. we further detailed the image browsing, image constitution and other modules to support the system
數碼照片的輸出，圖像處理與顏色校正是關鍵，因此在第三章，我們詳細介紹了基於lcos電子片夾的數碼沖印系統的軟體系統，這一部分包括了軟體系統設計以及整個系統的軟體模塊，更進一步地，我們詳細地介紹了基於目錄的的圖像瀏覽模塊、圖像處理模塊、圖像組板模塊以及其他實現的功能。 -
Compared to any other hmd, the new style and full color lcos ( liquid crystal on silicon ) helmet micro display has the most developing prospect today
新型彩色lcos （硅上液晶）頭盔微顯示器是當代最有發展前景的頭盔微顯示器。 -
The image source is the hard core of hmd, the r & d of lcos ( liquid crystal on silicon ) and oled ( organic light emitting diode ) microdisplays needs to conquer many difficulties which related with material, fabrication, electronic circuit, optics and so on, these means a high technology barrier. the research on their control and drive technology is essential for the performance and operation, it is also very helpful for us to get our own intelligence property during the process of the hmd system design. the first chapter in this paper makes a full scale introduction about the concept, history, configuration & structure of hmd
Hmd的像源器件（即微型顯示晶元）是整個hmd系統中最重要的組分，現階段的主流像源「硅基液晶」 （ liquidcrystalonsilicon ， lcos ）與「有機發光」 （ organiclightemittingdiode ， oled ）微顯晶元在研發中需克服材料、工藝、電路、光學等諸多方面的困難，有較高的技術門檻，其驅動及控制技術的研究是整個hmd系統中不可或缺的一環，對hmd的性能、功能及使用方式等具有決定性作用，這同時也是開發具有自主知識產權樣機的必備基礎。 -
Our production mainly applies to laser industrial processing, laser biological and medical treatment, laser application technology, laser machine, protection for work, eye safety, electric welding mask controlled by optics, the watch windows of tank and industrial stove, optical equipments, web camera, photography system of mobile phone, projective system, ccd, cmos, lcd, dlp, lcos, dvd, telescope, gun aiming, stage, medical treatment, uv solidifying, screening, and other lamps and lanterns
公司產品主要應用於：鐳射工業加工、鐳射生物醫療、鐳射應用技術、鐳射器元器件、作業防護、眼睛防護、光控電焊面罩、坦克、工業爐等視窗、光學儀器、攝像頭和手機攝像系統、投影系統、 ccd 、 cmos 、 lcd 、 dlp 、 lcos 、 dvd 、望遠鏡、槍瞄、舞臺、醫療、紫外固化、紫外光源和放映等燈具中。 -
With the establishment of digital tv and high - definition tv ' s standard, also the development of dmd and lcos, projection display technology has wide potential use
隨著數字電視和高清晰電視（ hdtv ）標準的確立以及dmd和lcos等空間光調制器技術的成熟，投影顯示技術具有更加廣泛的應用前景。 -
Chapter 5 makes a converse - project analysis of a lcos chip which from a hmd product, for the reason that we can not get the chips ’ pin definition, the sequential and the electric properties documents. after measurement by oscillograph, then combined with the works above, we got the pin definition and the basic sequential properties
通過示波器的測定及讀數統計，再結合上一章的演算法、時序計算結果和第二章對lcos技術的理解，得出了該晶元20個引腳的功能對應關系和基本時序特性。 -
How to improve the three primary colors led light source cavity, polarizing beam splitter system of civil lcos hmd is discussed in this paper. in addition, a new eyepiece optical system with wide fov ( field of view ) 、 big exit pupil 、 long eye relief is also designed by an optical design program named zemax. the result is very successful
本文對民用lcos頭盔微顯示器的led三基色光源及其腔體、偏振分光系統進行了改進，藉助zemax光學設計軟體輔助設計出了大視場、大出瞳直徑、長出瞳距離的目鏡放大光學系統，獲得了十分理想的效果。 -
The fifth chapter introduces how to improve the light source cavity, polarizing beam splitter of the civil lcos helmet micro display and the reasons
第五章闡述了如何對民用lcos頭盔微顯示器的光源腔體、偏振分光系統進行改進及其原因。
分享友人