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所在平台: Udemy |
课程主页: https://www.udemy.com/course/fundamentals-of-remote-sensing-and-its-applications/
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课程名称：遥感基础及其应用 课程概述： 本课程旨在提升您的职业生涯，无论您是初入职场的专业人士、经验丰富的高管、或是有抱负的管理者。通过本课程，您将加深对遥感基础理论的理解，提升工作效率，并积极并长久地影响所在企业或组织。您将学习到以下内容： - 遥感基础的所有基本功能和技能。 - 遥感的目标、简介、意义和类型，以及对遥感知识的兴趣及其实际应用。 - 获取与遥感基础相关的推荐模板和格式。 - 投资于自己，终身受益。 课程框架： 本课程通过引人入胜的视频讲座、案例研究、评估、自学资源和互动练习，帮助您学习遥感的基本目标、意义和类型。课程框架在现有方法的基础上进行了改进，考虑到地区的特殊环境特征，并结合现场监测数据、遥感数据、多个数据处理方法和机器学习算法。此外，课程还包括多个案例研究、格式模板、工作表、阅读材料、测试、自我评估、电影研究和作业，旨在促进和提升您对现代遥感基础及其优缺点的理解。 课程内容： 第一部分：介绍与学习计划 - 了解您的讲师 - 学习计划与课程结构 第二部分：遥感 1. 遥感简介 2. 遥感类型 - 主动遥感 - 被动遥感 3. 遥感元素 - 能源来源 - 辐射与大气 - 与目标的互动 - 传感器记录能量 - 能量的传输、接收和处理 - 解释与分析 - 应用 4. 数据连接 - 多级遥感数据连接 - 卫星遥感 - 航空测量 - 地面遥感 - 立体遥感 5. 遥感分辨率 - 空间分辨率 - 光谱分辨率 - 时间分辨率 - 辐射分辨率 6. 遥感原理 - 简介、定义与范围 - 电磁波与光谱 - 辐射术语与法律 - 大气与地球表面的交互 7. 遥感历史 8. 遥感应用 - 农业 - 林业 - 气象预报 - 城市规划 - 水文学 - 地质学 9. 遥感的优缺点 10. 遥感的未来 课程作业：遥感应用 目标：根据特定需求和目标，应用遥感技术来提供关键数据和见解，以增强决策、规划和管理。 项目：农业作物健康监测系统 目标：创建一个利用卫星图像监测作物健康、检测疾病和评估营养缺乏的系统。该项目还监测环境条件，如大气温度、湿度和土壤湿度，以决定作物的健康状况。 本课程为希望在遥感领域深化知识和技能的专业人士提供了良好的学习平台。
DescriptionTake the next step in your career! Whether you're an up-and-coming professional, an experienced executive, aspiring manager, budding Professional. This course is an opportunity to sharpen your Basics about Remote sensing, increase your efficiency for professional growth and make a positive and lasting impact in the business or organization.With this course as your guide, you learn how to:● All the basic functions and skills required Basics of Remote sensing.● Transform Objectives, Introduction Meaning and types of Remote sensing, interest in Remote sensing knowledge and also its practical aspects.● Get access to recommended templates and formats for the detail's information related to basics of Remote Sensing.● Invest in yourself today and reap the benefits for years to comeThe Frameworks of the Course● Engaging video lectures, case studies, assessment, downloadable resources and interactive exercises. This course is created to learn the Objectives, Introduction Meaning and types of remote sensing, Parties interested in remote sensing.● The framework is superior to existing inversion methods because it takes the special environmental characteristics of the region and incorporates field monitoring data, remote sensing data, multiple data processing methods, and machine learning algorithms.● The course includes multiple Case studies, resources like formats-templates-worksheets-reading materials, quizzes, self-assessment, film study and assignments to nurture and upgrade your Basics of Modern remote sensing and advantages and disadvantages in detail.In the first part of the course, you'll learn the details of learn the Objectives, Introduction Meaning and types of Remote sensing, Elements of Remote sensing, Data collection with clear concepts and also practical examples.In the middle part of the course, you'll learn about Resolution of Remote sensing, principles of remote sensing and also the detailed history of remote sensing which have a great importance in modern Technology.In the final part of the course, you'll know about Application of Remote sensing with practical examples, Advantages and Disadvantages of Remote Sensing and also about the future of remote sensing.Course Content:Part 1Introduction and Study Plan● Introduction and know your Instructor● Study Plan and Structure of the Course1. Remote Sensing1.1. Introduction2. Types of Remote Sensing2.1. Active Remote Sensing2.2. Passive Remote Sensing3. Elements of Remote Sensing3.1. Energy Source3.2. Radiation and the atmosphere3.3. Interaction with the target3.4. Recording the energy by sensors3.5. Transmission, reception and processing3.6. Interpretation and analysis3.7. Application4. Data Connection4.1. Multistage Remote Sensing Data Connection4.2. Satellite Based Remote Sensing4.3. Aerial Surveying4.4. Ground based Remote Sensing4.5. Stereo pair Remote Sensing5. Resolutions In Remote Sensing5.1. Spatial Resolution5.2. Spectral Resolution5.3. Temporal Resolution5.4. Radiometric Resolution6. Principles Of Remote Sensing6.1. Introduction6.2. Definition and Scope6.3. Electromagnetic waves6.4. Electromagnetic Spectrum6.5. Radiation Terminology6.6. Radiation Laws6.7. Black Body Radiation6.8. Interactions with the Atmosphere6.9. Atmospheric Windows6.10. Interactions with the Earth's Surface7. History of Remote Sensing7.1. Introduction8. Application of Remote Sensing8.1. Agriculture8.2. Forestry8.3. Weather Forecasting8.4. Urban Planning8.5. Hydrology8.6. Geology9. Advantages and Disadvantages of Remote Sensing9.1. Introduction10. Future of Remote Sensing10.1. IntroductionAssignment: Application of Remote SensingObjective: The objectives of applying remote sensing across various fields are diverse and tailored to specific needs and goals. Remote sensing provides critical data and insights that enhance decision-making, planning, and management.Project: Agricultural Crop Health Monitoring SystemObjective: To create a system that uses satellite imagery to monitor crop health, detect diseases, and assess nutrient deficiencies. The project "Agricultural Crop Health Monitoring System" is used to monitor the environmental conditions like atmospheric temperature, atmospheric humidity, and soil moisture. Depending on the values of these factors the health of the crop can be determined.
