光电信息科学与工程专业课程中英文简介.pdfVIP

1 目录目录 毕业设计课程中英文简介 . 3 单片机原理及应用课程中英文简介 . 4 单片机原理及应用课程设计课程中英文简介 . 5 辐射测温学课程中英文简介 . 6 光电测试技术课程中英文简介 . 7 光电仪器设计课程中英文简介 . 8 光机电一体化设计与设备课程中英文简介 . 9 光谱技术与仪器课程中英文简介 . 10 光纤通讯技术课程中英文简介 . 11 光学加工与检测技术课程中英文简介 . 12 光学系统设计课程中英文简介 . 13 红外与微光技术课程中英文简介 . 14 激光原理与技术课程中英文简介 . 15 精密测控电路与驱动技术课程中英文简介 . 16 企业专家讲座课程中英文简介 . 18 生产实习课程中英文简介 . 19 视觉检测技术 （双语）课程中英文简介 . 21 数字图像处理课程中英文简介 . 22 数字信号处理 （双语）课程中英文简介 . 23 微光机电系统概论 （双语）课程中英文简介 . 25 物理光学课程中英文简介 . 26 误差理论与不确定度分析课程中英文简介 . 27 显示技术课程中英文简介 . 28 2 信号与系统课程中英文简介 . 29 信息光学课程中英文简介 . 30 应用光学课程中英文简介 . 31 专业导论课课程中英文简介 . 33 专业综合实践课程中英文简介 . 34 3 毕业设计课程中英文简介毕业设计课程中英文简介 课程编码：sp01100600 课程中文名称：毕业设计 课程英文名称：graduation design 总学时：15 周 学分：15 课程简介： 为培养光电信息工程专业学生综合运用所学知识，分析和解决问题的能力，提高自学能力和独 立工作的能力， 培养其开展科学研究工作的初步能力并提高综合素质， 应使学生受到工程基本训练， 要求学生在第四学年进行毕业设计（论文） 。题目应结合实际，领域为：光电传感、光电检测、光 电仪器仪表、光电信息的获取、处理、应用等。内容一般应包括：文献综述及任务的提出，方案设 计及思想，理论分析与实验等。毕业设计（论文）时间为 18 周，过程主要包括开题，中期检查和 答辩。 答辩委员会由 5 名以上具有讲师及以上职称的教师组成， 答辩以公开方式进行。 毕业设计 （论 文）的评分为五个等级，由导师评分、评阅人评分和答辩委员会评分三部分组成。 course description： to foster the abilities of comprehesive knowledge exertion, analysis and problem-solving, to improve the capabilities of self-directed learning and autonomous working, to cultivate initial capacity of developing scientific research and enhance comprehensive quality, the opti-electric information engineering students should be trained fundamentally for engineering and be required to finish graduating design(paper) in the senior year. the theme should be combined with practice and the fields involve photoelectric sensing and detection, photoelectric instruments, and photoelectric information acquisition, processing and application, etc. generally, the contents should include summary of literature, task-presenting, schematic design philosophy, theoretical analysis and test, etc. in the 18-week term of graduating design(paper), students should go through dissertation proposal, intermediate inspection, thesis defense. thesis committee consists of more than five teachers with the title of lecturer or above. the process of thesis defense should be carried out publicly. whats more, the grade of graduating design(paper) divided into five levels, which is composed of three-part scores from tutors, reviewers, and committee members. 撰写人： 邹丽敏 审核人：彭宇 4 单片机原理及应用课程中英文简介单片机原理及应用课程中英文简介 课程编码：sd01100200 课程中文名称：单片机原理及应用 课程英文名称：principle and application of microcontroller unit 总学时：48 学分： 3 课程简介： 介绍at89s51单片机的片内硬件结构及片内各外围部件， 包括时钟电路、 复位电路、 中断系统、 定时器/计数器以及串行口的工作原理及应用。 介绍8051的汇编语言指令系统、掌握基本的汇编语言源程序设计。 介绍单片机与存储器，i/o、键盘、显示器、微型打印机、dac与adc的接口电路设计以及相 应驱动程序设计，同时对单总线、spi、i2c总线的串行扩展技术也作以介绍。 简介虚拟仿真开发平台proteus与软件开发工具keil的使用，并能进行单片机应用系统的虚拟仿 真开发与调试。 course description： the peripheral parts and hardware structure and at89s51 microcontroller chip, including clock circuit, reset circuit, interrupt system, timer / counter and serial port of the working principle and application. the assembly language instruction system, 8051 basic assembly language program design. introduce microcontroller and memory, interface circuit design of i/o, keyboard, display, printer, dac and adc as well as the corresponding driver design, while the single bus, spi, i2c bus serial extension technology is also introduced. the use of virtual simulation development platform of proteus and software development tools keil, virtual simulation development and debugging and can carry on the application system of mcu. 撰写人：张毅刚 审核人：彭喜元 5 单片机原理单片机原理及应用及应用课程设计课程中英文简介课程设计课程中英文简介 课程编码：sp01100100 课程中文名称：单片机原理及应用课程设计 课程英文名称：curriculum design of single chips principle and application 总学时：2 周 学分：2 课程简介： “单片机原理及应用课程设计”是单片机课程教学过程中非常重要的一个环节，它能够全面考 查单片机课程所学的内容，通过该实践环节达到了培养高水平的单片机开发技能的要求。通过单片 机课程设计能极大的提高学生学习单片机的兴趣，在 2 周时间内完成从方案设计、电路设计、程序 编写、调试运行、报告撰写及答辩验收等方面的任务，考查学生对单片机知识的掌握情况以及对创 新思维能力的培养，培养学生学会遇到问题，分析问题及解决问题的能力。 通过课程设计既加强了学生实践能力的培养， 又能提高学生综合运用知识的能力和自主创新能 力，还能激发学生学习单片机技术的兴趣和积极性。 course description： “curriculum design of single chips principle and application“ is a very important part in the teaching process of single chip. it can examine the students mastery in the comprehensive knowledge of single chip, and can great improve students development skills of single chip. the curriculum design can also greatly improve the interest of learning single chip. the students should complete the project and circuit design, programming, debugging and running the programs, report and check in two weeks. the ability of absorbing and retaining the knowledge of single chip can be tested, and the ability of innovation can be improved. it also can improve the ability of analyzing and solving problems. by the curriculum design, it can not only strengthen the students practical ability, but also improve the students comprehensive ability to use the knowledge and the ability of the autonomous learning. it also can inspire students interest to learn single chip. 撰写人： 胡瑞强 审核人：李成伟 6 辐射测温学课程中英文简介辐射测温学课程中英文简介 课程编码： se01100400 课程中文名称：辐射测温学 课程英文名称： radiation thermometry 总学时：32 学分：2 课程简介： 本课程使学生在学习辐射测温学基本概念、基本定律以及基本物理量的基础上，掌握辐射温 度计的基本设计方法，并较好地掌握该学科领域的国内外研究现状。本课程的主要内容包括辐射 的基本特征、辐射测温学的基本概念、基本定律以及基本物理量、黑体辐射源、 辐射在大气中 的传输、辐射温度计的分类、设计、标定及应用以及辐射温度计的数据处理方法。 course description： this course is designed for students to master basic concepts, fundamental principle and physical quantity of radiation thermometry, which also provides students with basic design methods of radiation thermometer and the latest research status at home and abroad in this field. this course covers basic feature of radiation, basic concepts, fundamental principle and physical quantity of radiation thermometry, source of black-body radiation, radiation transfer in the atmosphere, classify, designing, calibration and applications of radiation thermometer and data processing algorithm of radiation thermometer. 撰写人：张昱 审核人：戴景民 7 光电测试技术光电测试技术课程中英文简介课程中英文简介 课程编码：sc01200400 课程中文名称：光电测试技术 课程英文名称：photoelectrical measuring through this internship, we can learn the business characteristics and corporate culture; conditional students will mount guard, hands-on operation, assembly, testing, complete practice task as enterprise staffs identity. the students should records internship log during production practice and the internship summary report after production practice. proportion of the final results of the teaching link that is examined with hundred-mark system: the internship performance accounted for 40%, internship logs accounted for 10%, the internship report accounted for 20%, the test accounted for 30%. 撰写人： 李成伟 审核人：彭宇 21 视觉检测技术（双语）课程中英文简介视觉检测技术（双语）课程中英文简介 课程编码：se01200200 课程中文名称：视觉检测技术 课程英文名称：computer vision detection technology 总学时：24 学分：1.5 课程简介： “视觉检测技术”是光电信息工程专业和测控技术及仪器专业重要的专业课，该课程是一门理 论与实践相结合的课程。 教学内容介绍了视觉检测技术基本组成与原理， 涵盖了光源、 镜头、 相机、 图像采集卡等视觉检测系统所有环节，并研究了机器视觉中的几类典型问题。通过实验，可以很好 的得到视觉检测系统构成与研发、使用训练。 学习本课程能够掌握视觉检测的基础知识，了解该领域最先进的方法和技术，具备设计、开发 专用视觉检测系统的初步能力，用来解决诸多领域中所遇到的各种非接触测量和检测问题，同时也 为高附加值、高市场成长率的光电信息产业培养实际所需人才。 课程采用累加式考察，最终成绩由出勤与课堂表现、实验、大作业、结课报告几部分组成。 course description： computer vision detection technology is set as an important specialized course for the department of the technology of photoelectric information. its instructional target is to make the students study and master the basic principles and primary knowledge of computer vision detection, and also know the most advanced methods and techniques in this area. through this course, students are provided with the elementary capability for designing and developing the computer vision detection system to resolve the various measuring and testing problems in the non-contect detection projects. meanwhile, it can also cultivate practical required personnel with the ability for the photoelectric information industry with high added value and high growing rate market. 撰写人：陈刚 审核人：唐文彦 22 数字图像处理课程中英文简介数字图像处理课程中英文简介 课程编码：se01200900 课程中文名称：数字图像处理 课程英文名称：digital image processing 总学时：24 学分： 1.5 课程简介： 数字图像处理 是集光学、 微电子学、 计算机科学、 应用数学等学科的一门综合性交叉学科， 已经成功应用于很多领域，特别是在无损测量、自动化检测、高精度瞄准等领域。 从图像工程角度，本课程主要讲解狭义图像处理和图像分析领域中基本的方法和概念，并通过 形象化的教学，给出直观的处理结果，使学生能够理解其中的基本概念、理论及解决问题的基本思 想与方法，较熟练地掌握基本的处理技术、算法的数学模型与实现、以及图像分析的基本方法等， 使之具有深入自学该学科理论和算法的能力，为以后的图像处理技术应用奠定基础。 course description： digital image processing is a synthesis subject, composed of some subjects such as optics, micro-electronics, computer science, applied mathematics, etc. it has been successfully applied in many fields, especially in lossless measurement, auto-detection and high-precision aiming, where other techniques could not be taken place. the course mainly introduces some methods about image, like how to obtain digital image, basic concepts, characters, theories, methods of image enhancement, recovery and reconstruction, image analysis, coding realization, and the theories about morphologic and pattern recognition. in the process of teaching, the lively teaching method will be used, which makes students easily understand the basic concepts, theories, and the way to solve problems in image processing. the purpose of the subject is to offer some methods and techniques for students mastering the process, programming, building model, analyzing image, and searching further for image processing, and so on. 撰写人： 黄向东 审核人：谭久彬 23 数字信号处理数字信号处理（双语）（双语）课程中英文简介课程中英文简介 课程编码： sd01100300 课程中文名称：数字信号处理 课程英文名称：digital signal processing 总学时：50 学分： 3 课程简介： 数字信号处理课程是电子类、信息类等专业的重要专业基础课，是一门理论性较强的课程。本 课程以离散傅里叶变换和数字滤波器为重点，强调离散时间信号和系统的基本理论和分析方法，强 调理论与实践、原理与应用相结合。 课程主要内容为：信号的取样理论及其应用；离散时间信号和系统在时域、频域和 z 域的分析 方法；离散傅里叶变换的概念、计算及其应用；数字滤波器的结构、iir 滤波器和 fir 滤波器的设 计原理。 本课程旨在奠定学生在数字信号处理领域的基本理论基础， 通过理论知识与应用方法的有机结 合，培养学生利用数字信号处理方法解决实际问题的能力。为学生未来从事电子、信息及相关技术 领域的学习、研究、开发打下重要的基础。 course description： digital signal processing is a professional basic course for students majoring electronics and information, and it is a course with strong theoretical requirements. in this course, discrete fourier transform and digital filter are the main points. we focus on the basic theory and analytical method on discrete time signal and system. we emphasis on the combination of theory and practice, and we also focus on the relationship between principle and application. the main points of course are: sampling theory of signal and its application; analytical method for discrete-time signal in time-domain, frequency domain and z-domain; concept, computation and application of discrete fourier transform; basic structure of digital filter; and the design principle of fir and iir filter. the purpose of this course is to help students to establish a theoretical basis in digital signal processing field. through combination of theoretical knowledge and practical application, students are trained to have the ability of solving practical problems using basic digital signal processing methods. the 24 course will benefit the students in further study, research, and development in the fields of electronics and information. 撰写人：杨智明 审核人：彭喜元 25 微光机电系统概论（双语）课程中英文简介微光机电系统概论（双语）课程中英文简介 课程编码：se01200600 课程中文名称：微光机电系统概论 课程英文名称：introduction of micro-opto-electro-mechanical system (moems) 总学时： 24 学分： 1.5 课程简介： 微光机电系统是一门在微型机电系统基础上， 增加光学信号采集、 控制方面内容的一门跨学科、 综合性技术。本课程主要介绍微光机电系统的定义、来源、目前技术概况、应用以及发展前景。重 点讲述微机电对光束强度、 定位等进行控制方面的应用以及概要介绍与之相关的光学和力学的一些 基本原理。 作为一门跨学科技术，微光机电系统是目前光电信息研究领域中的一门创新性课程，本课程涉 及物理学、化学、生物学、电子学、机械学、力学、光学等多个学科领域，因此本课程是一门综合 性强、突出前沿领域的一门课程，通过本课程可以对学生对所学的专业知识进行综合交叉，为学生 以后进行光电信息工程的方面工作提供一些有益参考，提供新的思路。 course description： micro-opto-electro-mechanical system (moems) is developed from micro-electro-mechanical system (mems), and there are much more content about optics. in this course, student will know the definition, source, fabrication process, application and the most advanced development in this field. moems offers great characters and gained more and more attention from the researchers in the information science fields. the contents of this course will be involved in physics, chemistry, biology, electronics, mechanics, optics, and so on. so that it is an integrated course, the great character is that the last achievement will be introduced in this course. student will integrate the knowledge that they have learned, and also it also will provide some suggestion in their research. 撰写人： 金鹏 审核人：谭久彬 26 物理光学课程中英文简介物理光学课程中英文简介 课程编码：sc01100510 课程中文名称：物理光学 课程英文名称：physical optics 总学时：48 学分：3 课程简介： 物理光学是一门将光作为电磁波并用电磁理论研究光的传播规律和特性的基础课程， 它是光学 领域中最基础但又异常活跃的重要组成部分。课程将以光的波动为主基调，运用麦克斯韦电磁理论 分析光在各向同性介质和各向异性介质中的传播规律、光的干涉、光的衍射、光的偏振等特性。使 学生从光波动的本质上认识光的传播及光与物质相互作用过程中所遵循的规律， 掌握物理光学的基 本原理和分析方法，了解物理光学的新技术、新应用和新成就。本课程为学生未来从事光、电、仪 器及相关技术领域的学习、研究、开发打下重要基础。 course description： physical optics is a foundation course focused on the study of light propagation laws and characteristics by taking light as an electromagnetic wave and using electromagnetic theory, and it is not only the most important foundation but also an extraordinarily active part in optics field. the course introduces the propagation laws of light in isotropic and anisotropic materials based on the wave-motion of light and maxwell electromagnetic theory. the optical characteristics of interference, diffraction and polarization of light are introduced. through the study of the course, students will understand the propagation laws of light and the interaction between light and materials at the viewpoint of wave-motion nature of light, learn the basic theories and analytical methods of physical optics, and know the new technology, new achievements and new applications of physical optics. the course will benefit the students in further study, research and development in the fields of optics, electronics, instrument and relative field. 撰写人：邹丽敏 陆振刚 付海金 审核人：谭久彬 27 误差理论与不确定度分析课程中英文简介误差理论与不确定度分析课程中英文简介 课程编码：sd01100400 课程中文名称：误差理论与不确定度分析 课程英文名称：error theory and uncertainty analysis 总学时：40 学分：2.5 课程简介： 误差理论与不确定度分析为该专业选修课，讲授实验数据误差的基本概念、基本理论与数据处 理的基本方法，包括：测量误差的基本该念、特征规律、表述方法及传递计算，一般测量问题中的 数据处理方法，不确定度的估计与合成，最小二乘法，回归分析。 course description： error theory and uncertainty analysis is a professional elective course of these majors. it professes the key concepts, basic theories and primary data-processing method of experiment data, which includes: the key concept of measuring errors, the principles and characteristics of error, the expression method and transmission calculations, data procession in general measurement problems, uncertainties estimation and synthesizing, least square method and regression analysis. 撰写人： 袁峰 审核人：唐文彦 28 显示技术课程中英文简介显示技术课程中英文简介 课程编码：se01200100 课程中文名称：显示技术 课程英文名称：display technologies 总学时：24 学分：1.5 课程简介： 显示技术是将信息可视化的科学，是光学、电子学等多学科前沿技术的综合，是光电信息产业 的重要组成部分。课程开设的目的是： 1、全面了解显示技术的基本原理及发展趋势，不同领域的应用； 2、培养学生正确构建信息显示系统的能力； 3、了解各种显示器的制造工艺及主要设备特点； 重点掌握液晶显示器为主的各种平板显示器基本工作原理及特点， 了解数字显示系统的结构与 各组成部分功能。 液晶显示器性能的指标， 制造工艺流程， 模块的制造工艺与驱动原理， 电气接口。 course description： display technology is the science that visualizes the acquired information. it is the collection of optics, electronics, and other sciences as well. it is also an important component of information industry. the purposes of the course are listed as follows: 1. reaching comprehensive understanding of principles, trends, and applications of display technologies. 2. training students ability about how to set up an information display system correctly. 3. knowledge for the manufacturing techniques of various kinds of displayers, and their features. the course emphasizes the knowledge for liquid crystal plane display such as its principle and futures, and for construction and functions of digital display systems. in this course, student should also understand the evaluation specifications of liquid crystal display and its manufacturing technologies of module, principles of driving and electronic interface. 撰写人：邹丽敏 审核人：谭久彬 29 信号与系统信号与系统课程中英文简介课程中英文简介 课程编码：sc01100320 课程中文名称：信号与系统 ii 课程英文名称：signals and systems ii 总学时：48 学分：3.0 课程简介： “信号与系统”课程是自动化测试与控制领域的基础课程， 该课程涵盖确定性信号经线性时不变 系统传输与处理的基本理论、分析方法以及应用。课程内容包括信号与系统基本概念、连续时间系 统和离散时间系统的时域分析、傅立叶级数和傅立叶变换、傅立叶变换应用、拉普拉斯变换和连续 时间系统的 s 域分析、z 变换和离散时间系统的 z 域分析。该课程着重培养学生的分析和解决问题 能力，为其他课程的学习打下坚实的基础。 course description： the course of signals and systems is the foundation for the area of automatic measurement and control, and it covers the basic theories and basic analysis methods of deterministic signal transmission and processing in linear time-invariant system, with the applications. topics include basic concepts of signals and systems, time-domain analysis methods of continuous-time and discrete-time systems, fourier series and fourier transform, applications of fourier transform, laplace transform and the s-domain analysis of continuous-time system, z-transform and the z-domain analysis of discrete-time system. this course lays emphasis on building students problem-analyzing and problem-solving abilities, and helps students to lay a firm foundation for studying other courses. 撰写人：魏国 审核人：朱春波 30 信息光学课程中英文简介信息光学课程中英文简介 课程编码：sc01200100 课程中文名称：信息光学 课程英文名称：information optics 总学时：48 学分：3 课程简介： 信息光学是应用光学、计算机科学和信息科学相结合而发展起来的一门新兴光学学科，是信息 科学和现代光学的核心组成部分。信息光学以傅立叶积分变换为数学基础，利用光波频率高、波长 短的事实简化物理光学的电磁模型，从系统的观点分析光学成像过程的信息传递机制，利用光学方 法进行信息处理、 计算和存储。 内容包括线性系统分析、 标量衍射理论、 光学成像系统的传递函数、 部分相干理论、光学全息、计算全息、空间滤波及信息光学应用。实验项目为系统波差和光学传递 函数，光学傅里叶变换及图像处理。通过本课程的学习，学生可以掌握信息光学的理论基础、解决 光信息处理的科学方法和了解信息光学的应用领域。 course description： information optics is developing with the applied optics, computer science and information science. it is the core of information technology and modern optics. fourier transform is the mathematic foundation of information optics. the electromagnetic model is obtained from the properties of high frequency and short wavelength. the information transfer modeling is analyzed systematically in the optics image. and information processing, calculation and storage can be performed by optics methods. the contents of this course consists of linear syste