Optical computing

A new memory model of associative memory called the reflexive associative memory in optical computing is presented in this paper .

本文提出了光计算中关联存储器的一种新的存储模式，称为自反关联存储器。

In the field of optical computing and parallel information processing , several number systems have been used for different arithmetic and algebraic operations .

在光计算和并行信息处理领域中，用多种数位系统进行不同的算术和代数运算。

A Knowledge Base System Based on Optical Computing and Its Hardware Support System

基于光并行计算的知识库系统及硬件支持系统

Therefore it makes possible to realize the complete optical computing .

它以根本上改变了现代电子计算的结构体系，从而使实现全光学计算成为可能。

Study of optical computing real-time processing method for ultrasonic pulse-echo signal

超声回波讯号的光学计算实时处理方法的研究

Advances are promising to make optical computing a reality .

发展进步正预示着实现光学计算的前景。

Interconnection networks are important issues in digital optical computing and parallel electronic computer architectures .

互连网络是数字光计算机及并行电子计算机体系结构的重要研究课题。

A direct twos complement parallel array multiplication algorithm is introduced for digital optical computing without carries .

基于混合二的补码表达方式，加法、减法和阵列乘法都能全并行地实现。

Optical Computing for Dempster-Shafer Theory Based on Joint-Transform Correlator

基于联合变换相关器的Dempster-Shafer理论计算

The applications of photonics in printing , data storage , image processing , optical computing and quantum computing are reviewed .

评述光子学在印刷、据存储、像处理、计算和量子计算中的应用。

It has many potential applications , including self-adaptive optics , optical computing and optical communications , image processing and real-time holography .

光折变晶体具有非常大的非线性光学系数，是一种理想的相位共轭材料，因而被广泛地应用于自适应光学、光计算、光通讯、图像处理、实时信息处理等许多方面。

This paper analysed the limitations of resolution of ultrasonic detection and presented a method of optical computing real-time processing for ultrasonic pulse-echo .

本文分析了超声检测目前分辨率受限的根本原因，并提出用光学计算方法实时处理超声回波讯号，以改善其分辨率。

A programmable real-time optoelectronic hybrid threshold logic processor is presented and the applications to digital optical computing and optical signal processing are discussed .

提出一种可编程实时光电混合阈值逻辑处理器，讨论了该处理器在数字光计算及光信息处理中的应用。

The soliton lasers can find many applications in optical computing , optical communications , ultrafast phenomenon research , developing ultrafast opto-electronics devices .

孤子激光器在光通讯、光计算、超高速现象的研究、超高速光电子器件的研制等方面有其独特的应用。

Parallel optical computing represents the development direction of computing technology , because of its advantages such as high speed , huge capability , good flexibility and extendability .

并行光计算具备高速度、大容量、高度灵活性和可扩展等特征，代表了计算技术的发展方向。

In this paper , base on the associative characteristics of holography , complementary encode and threshold detection , a content addressable memory optical computing set up was designed .

本文设计了一种利用全息的关联特性、互补编码和阈值判断的内容寻址光查表系统。

In view of the special structure of KBA microscope , we have compiled an optical computing program for the system . Using this program , we trace a large number of rays .

鉴于KBA显微镜系统结构的特殊性，编写了适用于KBA显微镜系统的光路计算程序，并利用这个程序进行了大量的光路计算。

Slow light effect is promising to realize all-optical buffers and all-optical storages , variable all-optical delay lines using slow light effect attract increasingly due to their extensive potential applications in all-optical switching , optical computing , RF photonics , and so on .

慢光效应有望用于实现全光缓存和全光存储，基于慢光效应的全光延时线在光交换、光计算、微波光子学等领域有广泛的应用前景。

An Optical Flow Computing Method with the Local and Global Methods Combined

一种局部和全局相结合的光流计算方法

Optical Parallel Computing and Its Application in Image Processing and Computational Molecular Biology

光并行计算及其在图像处理和计算分子生物学中的应用

In fact , many applications , such as mass data flow , image processing , artificial vision , nerve networks , and optical parallel computing systems need 2D spatial optical signal processing .

而在实际中存在着大量数据流、图像处理、人工视觉、神经网络和光学并行运算等许多应用领域需要的是二维空间的光信息处理。

The first 50 frames of the standard Flower Garden and Football video sequence are tested as the reference image sequences , and the LK algorithm as the reference optical flow computing method .

试验中以标准的FlowerGarden和Football序列的前50帧作为参考图像序列，以LK算法为参考光流算法。

Materials Requirements for Optical Processing and Computing Device

光处理和计算器件的材料要求

Study on Optical Parallel Digital Computing

光学并行数字计算技术的研究

Optical networks conductivity computing

光网络导通性能计算

Multiple Quantum Well Structure in Optical Switching and Optical Computing

用于光开关和光计算的多层量子阱

This paper discusses the advantages of superlattice semiconductor materials ( Multiple Quantum Well Structure ) in optical switching and optical computing .

本文讨论了超晶格半导体材料（多层量子阱结构）在光开关和光计算中应用的优越性。

Array beam splitter is an extremely widely used micro-optical device , it plays an important role in the field of optical communications and optical computing .

阵列光分束器是一种应用极为广泛的微光学器件，在光通信、光计算等领域发挥着重要的作用。

With the rapid development of optical telecommunication , optical computing and signal-processing devices etc , materials with larger nonlinear optical coefficient are still in great demand due to the critical role that they are playing in photoelectric devices .

随着现代光通讯、光计算和光信号处理等领域的高速发展，越来越需要一些具有大的非线性光学系数的材料作为光子器件的基础。

To meet the requirements of high compunication in 21 century and to solve a variety of limitations existed in today 's electrical interconnection and information processing technology , optical interconnection and optical computing have become more and more attractive .

为了适应21世纪高度信息化社会的需要，解决目前电子系统中电互连和信息处理技术带来的种种局限，光互连与光计算已成为跨世纪引人注目的话题。