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所在平台: Udemy |
课程主页: https://www.udemy.com/course/professional-guide-for-drone-surveying/
课程评论：没有评论
《专业无人机测绘指南》课程总结 课程名称：《专业无人机测绘指南》 课程概述： 《专业无人机测绘指南》课程为广泛发展的无人机测绘行业提供了全面的数据采集、处理和技术介绍。该课程深入探讨无人机（无人飞行器系统UAS）在摄影测量和正射影像摄影中的市场机会，旨在教授学生无人机部署、数据处理及生成3D模型和正射影像拼接图的概念与最佳实践。 无人机技术正迅速演变，具有极大的适应性与颠覆性，其潜在应用广泛涵盖地理空间测绘、建筑扫描、环境监测及农业等多个领域。课程强调在这一复杂领域遵循国家和地区法规的重要性。虽然无人机易于获取，但其使用却面临挑战，包括遵循相关法律法规、必要的培训与评估，以及满足客户预期的专业测绘输出。 课程还特别强调无人机所携带的传感器的重要性，以及其在未来行业发展中的关键作用。激光扫描设备如LiDAR的技术小型化和高精度摄影测量技术的复兴，使得无人机的输出精度开始与传统的卫星影像和载人飞行器相媲美。同时，了解无人机的应用潜力与局限性同样重要。 该课程不仅面向测绘专业人员，也适用于众多其他职业和行业，提供了理解和欣赏无人机使用潜在好处的机会。通过本课程，学员将获得在不断发展的无人机测绘领域中所需的关键知识与技能。
Professional guide for drone surveying provides a comprehensive introduction to data acquisition, processing and technique for this nascent industry. this course delivers actionable insight into the tremendous market opportunity for UAS-based photogrammetry and orthomosaic photography.The main focus of this course is to teach the student concepts and best practices for drone deployment, data processing and generation of 3D models and orthophoto mosaics Drones, or to give the technology its correct moniker, unmanned aerial vehicles (UAVs) or unmanned aerial systems (UASs), are a rapidly evolving and highly adaptable form of disruptive technology. The technology has multiple potential applications within numerous surveying-related sectors, which range from geospatial surveying and mapping to scanning, building surveys, environmental monitoring and agriculture, to name just a few. This insight paper is designed to address a complex sector and to underline the critical importance of adhering to national and regional legislation and the associated regulations. UAVs are easy to access but more challenging to use. These challenges range from adhering to the relevant jurisdiction's operating regulations, understanding the necessity for appropriate levels of training (piloting) and assessments to, importantly, providing the survey output clients expect from a professional surveyor. Although UAVs can be used for a wide variety of survey-related applications, we also wanted to give surveyors an insight into the importance of the sensors the drones carry, and how development of these sensors will play a pivotal role in the future success of the sector. Technological miniaturisation of laser scanning equipment, such as LiDAR, and the resurgence of high accuracy photogrammetry (and its related software) have meant UAV output and accuracy can now compete with the more established technology, such as satellite imagery and manned aircraft. Yet it is important to understand not only the potential applications of UAV use, but also its limitations. UAVs have evolved beyond the ‘hype' and are now starting to become operationally viable on an expanding commercial basis. Of course, UAVs are not just for surveyor use and can be used by numerous other professions and sectors, but we are part of a broad church and believe that this insight paper provides an opportunity to understand and appreciate the potential benefits of UAV use.
