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optical computer 光學電子計算機[電腦]。

optical disk

Two perpendicular polarized light states and a no - light state are applied to express information in the ternary optical computer . the three states are transformed via two - dimension liquid crystal element and polarizators , and ternary arithmetic operation and ternary logical calculus completed directly in this way . the ternary optical computer will possess enormously number of bit ( easy to 104 ) , light processor , light transmission path and electric control system 三值光計算機用相互垂直的兩個線偏振光和零光強三個獨立的光狀態表示信息;用二維液晶器件和偏振器實現此三個狀態間的轉換;采用三進制算術運算;直接處理三值邏輯運算;擁有巨大的數據位數(容易超過10 ~ 4位) ;具有光運算、光傳送、電控制等結構特色,具有很強的空間、時間并行性。

The mainly working of the author in the master studying period is to design and implement some key components of ternary optical computer , it covers : coder and decoder multi - bit coder and decoder and ternary logical calculus . this discourse is an summary of this working period , the main contents as follows : 1 本篇論文是對碩士期間學習和工作的總結,主要內容如下: ?光計算機的研究現狀; ?三值光計算機硬件的基本結構與工作原理簡介?三值光信號編碼器、解碼器的設計與實現?三值邏輯光學運算器的設計與實現。

Additionally , the underway researches on producing coder and decoder in a ternary optical computer as well as group - signal converter for realization system of ternary optical fiber communication were introduced in this thesis . some experiments done by others were quoted to prove the ternary optical computer theory 論文還介紹了正在進行三值光計算機編碼器、解碼器的制作研究,和正在進行的三值光纖通信實現系統的信號成組變換器的制作研究,以及可以佐證三值光計算機理論的他人的實驗工作。

Meanwhile , it will parallel work in space and time . at the present time , the theory of ternary optical computer has received many attentions from state , university and school . but it is vital to the new type computer that to validate the correctness of this theory , so we must mend and perfect step by step the ternary optical compute theory through experiments 三值光計算機理論研究現已得到了國家、學校和院系的重視,因此,盡快驗證其理論已成為重中之重,本論文報告的工作就是驗證和逐步完善、改進三值光計算機理論的一些研究過程和實驗。

In ternary optical computer , three basic states of light ( a no - light state and two perpendicular polarized light states ) are applied to express ternary information , and key components of ternary optical computer are implemented with two - dimension liquid crystal and other optical or electronic elements 三值光計算機理論以光的三種基本狀態(無光態和兩個相互垂直的偏振態)來表示三值信息,采用成熟的二維液晶器件和其它的光電器件來實現三值光計算機關鍵部件。

In this thesis , the advantages and disadvantages of current optical computer architectures were analyzed . beyond this , on the ground of the basic principle of constructing an optical computer and the natures of light , a fire - new ternary optical computer theory was put forward for the first time 本文分析了國內外正在研究的光計算機體系結構的優缺點,根據構建計算機的基本原理和光的特性,提出用兩個相互正交的光偏振態和無光態表示信息的三值光計算機理論。

The theoretical achievements that have been obtained in this paper can be summarized as follows : 1 . the theoretical rudiment of ternary optical computer system was established , moreover , the general architecture of a ternary optical computer and the optical architecture of principal parts were constructed 這項研究已經取得的理論成果有: 1 、建立了三值光計算機理論體系的雛形,建立了三值光計算機的總體結構和主要部件的光學結構。

4 . the concept of calculating path and calculating channel was put forward . on the basis of this new concept , the huge - numeral management system in an optical computer was set up , and therefore the character of software in an optical computer was shown 4 、創建了算位、算道的概念,并據此建立了光計算機巨位數管理思想體系和方法,指出了光計算機將給軟件系統帶來的特點。

5 . the ternary optical computer theory was generalized to optical fiber communication , resulting in the theory establishment , realizable plan and specific method of ternary optical fiber communication , and 6 5 、把三值光計算機理論推廣到了光纖通信領域,建立了三值光纖通信的理論、方法和實現方案等。

Of course , many in the industry hope that this technology will eventually lead to fully optical computers ? superspeedy digital systems in which photons rather than electrons serve as 0s and 1s 當然,業界有許多人希望日后能運用這些技術發展出全光學電腦,以光子取代電子來代表0與1 ,構成超高速數位系統。

Ternary optical coder , decoder and ternary logical calculus belong to key components of ternary optical computer , and they are the base of implementing other components of the optical computer 三值光編碼、解碼器和三值邏輯運算器是三值光計算機關鍵部件,是實現三值光計算機其它部件的基礎。

By the way , the new thought that constructing optical simulation intelligent machine from ternary optical computer , which was first suggested by prof . he huacan , was also involved in this thesis 另外,論文還簡述了何華燦教授提出的從三值光計算機進一步構建光模擬智能機的新思想。

As a kind of rising computer , optical computer attracts extensive attention by its ability in high - speed , parallel computation 光計算機是未來的新一代計算機。利用它可以實現高速、并行計算。

As the core of the optical processor , optical vector - matrix multiplier ( vmm ) is a basic optical device of the optical computer 光學矢量-矩陣乘法器是光計算機中最基本的一種功能部件。

On the horizon are optical computers 即將出現的是光學計算機。