information optics
英 [ˌɪnfəˈmeɪʃn ˈɒptɪks]
美 [ˌɪnfərˈmeɪʃn ˈɑːptɪks]
网络 信息光学
双语例句
- Currently, servers and computers send and receive information mostly through cables or fiber optics, which allow a data transfer rate of around 100 megabits per second for typical applications.
目前，服务器和电脑收发信息主要还是依赖电缆或光纤，典型的应用程序的传输速度可以达到每秒100兆左右。 - Discussion on NSTL to Supply Document Information Service for Optics Valley of China
NSTL为中国光谷提供文献信息服务的思考 - The information field will target high performance computers, optics and electronics, air-to-surface and surface-to-air observation, and modern telecommunications.
信息方面将制定高性能计算机、光学和电子学、空对地和地对空的观测和现代电信的指标。 - A new approach of digital watermark based on information optics is presented.
提出一种新的基于信息光学的数字水印方法。 - Starting from the curvature of3-dimensional Riemannian manifold, a new complex space which can contain the information of both geometrical optics and wave optics is built.
从三维黎曼流形的曲率出发，构造了一个复空间。它的流线能兼容几何光学与波动光学的信息。 - The rapid development of information optics has promoted the rapid development of the optics information processing technology of image media.
信息光学的迅猛发展，促进了以图象作为媒介的光学信息处理技术的迅速发展。 - Adjusting teaching content, enhancing experiment and adopting multimedia teaching tools are the key methods for the teaching reform of information optics.
信息光学课程教学改革包含教学内容的调整、实验环节的加强以及现代教学手段的应用等多方面。 - The application of optical coupler in the experiment of information optics
光耦合器在信息光学实验中的应用 - Expression of Shannon entropy in information optics
关于信息光学中信息熵的表达式 - The result has the practical value in processing optical information, imaging optics etc.
对光信息处理、成像光学等具有实用价值。 - The optical coupler is widely applied in the experiments of information optics because of its simple and flexible operation.
本文介绍了光耦合器的工作原理，由于它使用简单，操作灵活，因此在信息光学实验中获得很好的应用。 - In this paper we report our works on basic theory, optimization, design, and applications of microstructure optics in Information Optics Laboratory in Shanghai Institute of Optics and Fine Mechanics.
本文介绍了上海光机所信息光学实验室在微结构光学的基础理论、设计优化以及应用开发等方面所进行的一些研究工作。 - In this paper, the status of the art of optics and applied optics in China are reviewed including lasers, infrared and opto-electronical techniques, optical metrology, high-speed photography, holography and information processing, nonlinear optics, optical fibre communication and optical techniques.
本文综述了中国光学及应用光学（包括激光、红外及光电技术、光学计量、高速摄影、全息照相术及光学信息处理、非线性光学、光纤通信以及光学技术等领域）的发展近况。 - Information processing of optics is really carried out on the optical information process system, the most basic key part is Fourier transform lens.
光学信息处理实现是在光学信息处理系统上进行的，系统的最基本最关键的部件就是傅里叶变换透镜。 - Fidelity is an important concept in quantum optics and information optics, the study on fidelity is meaningful for the development of quantum teleportation and quantum calculation.
保真度是量子光学和信息光学中的一个重要概念，保真度的研究对量子通信和量子计算领域的发展有重要意义。 - The paper also suggests applying computer in information optics experiment teaching.
提倡在信息光学实验中引入计算机辅助教学，陈述了关于设计性实验的一些建议，同时强调在信息光学实验教学中优化学生的实验心理。 - So, more and more scholars attach importance to optical three-dimension shape measurement and it is being one of front line studying fields and researching direction of information optics.
因此，光学三维面形测量技术受到广大学者的重视，正成为信息光学的前沿研究领域和方向之一。 - Photonic switching is one of the high-tech topics in information electronics, in which information could be directly exchanged in optics.
光子交换是信息电子学中的一项高技术课题。 - We have pointed out its applications to fine measurement and quantum information optics and quantum computer.
并且指出此猫态在精密测量、量子信息光学以及量子计算机中应用。 - In addition, the invention brought the conventional optics into information domain, and led to the coherence optics or photonics.
激光的发明，同时也使传统光学推进到信息领域，形成了相干光学，或光子学。 - With 40 years of research and development, OPR has become an important branch of information optics.
经过40年来无数科学工作者的研究和发展，光学模式识别已经成为信息光学的一个重要分支。 - Presently, the application of diffraction grating is widely used. It is not only used to analyze spectrum as dispersive elements, but also used in the area of optical measurement, controlling, optical communications, lasers, optical information, integrated optics and optical interconnection.
目前衍射光栅应用越来越广泛，它不但作为色散元件用于光谱分析，而且在光学测量以及控制、光通讯、激光器、光学信息、集成光路、光学互连等方面都有着非常广泛的应用前景。 - There are wide applications of the polarization information in the fields of the atmospheric optics, oceanic optics, remote sensing, and so on.
偏振信息在大气光学，海洋光学，遥感等领域有广泛的应用。 - The first section briefly describes the course of development of quantum optics, the resulting information science on the base of quantum optics and related non-classical case of the optical.
第一部分简单介绍了量子光学的发展历程及在量子光学的基础上，产生的信息科学和有关非经典情况下的光学内容。 - In the field of coherent information processing, quantum optics, atomic trapping, gravitational wave measurement the lasers must have the good characteristic of frequency and the stability of output power so the single-frequency lasers play an important role in these scientific researches.
而在相干信息处理、量子光学、冷原子俘获、引力波测量等领域要求激光器具有良好的频率特性和输出功率稳定性，即单频激光器在这些科学研究中具有举足轻重的作用。 - This dissertation discusses the quantum information fundamentals and its realization by linear optics approach, the content of which covers the technique of generating entangled photons by spontaneous parametric down-conversion process, as well as method of manipulation and measurement of single photon.
本文主要讨论线性光学在量子信息技术中的应用。内容包括光子纠缠的产生，光量子信息技术中常用的操纵和测量技术。 - This study may have instructive sense on the application of vapor atomic ensemble in quantum optics 、 quantum information and nonlinear optics.
这一研究结果对热原子系综在量子光学、量子信息和非线性光学中的应用具有一定的指导意义。 - The investigation of the Non-Markovian effect of the quantum systems is a hot topics in quantum information and quantum optics recently.
量子系统中非马尔科夫效应是目前量子光学与量子信息领域研究的热点问题。 - Fractional Fourier transform is the extension of the classical Fourier transform. Especially optical fractional Fourier transform provides much convenient for optical information processing, and it gives Optics another new aspect in its application.
分数傅里叶变换作为经典傅里叶变换的推广，已经为光学信息处理带来了极大的方便，而且将傅里叶光学推进到了一个崭新的领域。 - Integrated optics and optical imaging are two important realms in information optics, however, their developments are hampered by the diffraction limit.
集成光学和光学成像是信息光学的两大重要领域，但是它们的发展都受到衍射极限的限制。