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所在平台: Udemy |
课程主页: https://www.udemy.com/course/telecom-for-beginners-and-non-engineers/
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课程名称：初学者和非工程师的电信 课程概述：本课程为无线通信、网络和现代电信系统提供全面的概述。该课程专门为学生、专业人士和爱好者设计，涵盖了信号、天线、微波、雷达系统、网络基础、卫星通信、移动网络和光纤技术等基本主题。通过本课程的学习，您将能够深入理解这些系统的工作原理、应用以及该领域的最新进展。 课程内容包括： 1. 信号处理和调制技术基础 2. 天线原理及其各种类型 3. 微波通信和系统配置 4. 雷达技术、应用及性能因素 5. 网络协议、数据传输方法及云计算 6. 卫星通信及其应用和系统组件 7. 从1G到5G的移动通信演进 8. 光纤技术、制作及传输原理 课程安排： - 第一部分：信号简介 - 课程1：信号基础 - 课程2：模拟与数字转换 - 课程3：调制 - 第二部分：天线基础 - 课程4：天线基础 - 课程5：天线理论及类型 - 第三部分：微波 - 课程6：何为微波？ - 课程7：微波频段、优缺点 - 课程8：微波系统组件 - 课程9：微波配置 - 第四部分：雷达 - 课程10：雷达概念、应用及参数 - 课程11：雷达性能因素 - 课程12：雷达类型 - 课程13：雷达天线及频率 - 第五部分：网络 - 课程14：数据传输 - 课程15：网络拓扑 - 课程16：OSI和TCP/IP模型及IP地址 - 课程17：互联网如何工作？ - 课程18：云计算 - 第六部分：卫星系统 - 课程19：何为卫星及其工作原理？ - 课程20：卫星应用 - 课程21：卫星类型 - 课程22：卫星发射 - 课程23：卫星系统组件 - 课程24：卫星系统实例 - 第七部分：移动通信 - 课程25：简介 - 课程26：第一代（1G） - 课程27：第二代（2G） - 课程28：第三代（3G） - 课程29：第四代（4G） - 课程30：第五代（5G） - 第八部分：光纤 - 课程31：光纤是什么及其优点 - 课程32：光纤如何工作？ - 课程33：光源 - 课程34：光纤层和海底电缆 - 课程35：光纤制作 - 课程36：光纤损耗和色散 - 课程37：最终调查 加入我们，一起掌握无线通信和网络的世界！
This course provides a comprehensive overview of wireless communication, networking, and modern telecommunication systems. Designed for students, professionals, and enthusiasts, this course covers essential topics such as signals, antennas, microwaves, radar systems, networking fundamentals, satellite communication, mobile networks, and optical fiber technologies. By the end of the course, you will have a solid understanding of how these systems work, their applications, and the latest advancements in the field.Throughout the course, we will explore:The fundamentals of signal processing and modulation techniquesAntenna principles and their various typesMicrowave communication and system configurationsRadar technology, applications, and performance factorsNetworking protocols, data transfer methods, and cloud computingSatellite communication, its applications, and system componentsMobile communication generations from 1G to 5GOptical fiber technology, fabrication, and transmission principlesJoin us on this journey to master the world of wireless communication and networking!Section 1: Introduction to SignalsLecture 1: Signal Basics Lecture 2: Analog to Digital ConversionLecture 3: ModulationSection 2: Antenna BasicsLecture 4: Antenna BasicsLecture 5: Antenna Theory and TypesSection 3: MicrowavesLecture 6: What is Microwaves?Lecture 7: Microwave Bands, Advantages, and DisadvantagesLecture 8: Microwave System ComponentsLecture 9: Microwave ConfigurationsSection 4: RadarLecture 10: Radar Concept, Applications, and ParametersLecture 11: Radar Performance FactorsLecture 12: Types of RadarLecture 13: Radar Antennas and FrequenciesSection 5: NetworkingLecture 14: Data TransferringLecture 15: Network TopologiesLecture 16: OSI and TCP/IP Models and IP AddressingLecture 17: How the Internet Works?Lecture 18: Cloud ComputingSection 6: Satellite SystemsLecture 19: What is a Satellite? and How it Works?Lecture 20: Satellite ApplicationsLecture 21: Satellite TypesLecture 22: Satellite LaunchingLecture 23: Satellite System ComponentsLecture 24: Satellite System ExamplesSection 7: Mobile CommunicationsLecture 25: IntroductionLecture 26: First Generation (1G)Lecture 27: Second Generation (2G)Lecture 28: Third Generation (3G)Lecture 29: Fourth Generation (4G)Lecture 30: Fifth Generation (5G)Section 8: Optical FiberLecture 31: What is Optical Fiber? and Its AdvantagesLecture 32: How Optical Fiber Works?Lecture 33: Light SourcesLecture 34: Fiber Layers and Sea CablesLecture 35: Fiber FabricationLecture 36: Fiber Losses and DispersionLecture 37: Final Survey
