Фотограмметрическая обработка материалов аэрофотосъемки с БПЛА from Coursera

В курсе рассматриваются теоретические основы обработки материалов аэрофотосъемки. Приводятся основные зависимости, связывающие точки на снимках с точками на местности. Описываются основы теории построения модели местности по снимкам. Даются основные сведения по методам автоматического распознавания соответственных точек на снимках. Подробно объясняется: конфигурация воздушного судна, построение полетного задания, порядок обработки результатов аэрофотосъемки и возможные проблемы, возникающие при этом. Рассматривается практическая реализация обработки данных аэрофотосъемки с использованием коммерческого и открытого программного обеспечения. Основной упор в курсе делается на обучение практическим навыкам обработки данных с минимальным теоретическим экскурсом, необходимым для понимания процессов, происходящих на разных этапах.

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Offers a practical focus with the inclusion of hands-on labs and interactive learning materials

Provides a thorough grasp of the foundational theories and principles of aerial photogrammetry, making it a great choice for students new to the field

Led by recognized experts with extensive experience in the field, this course offers students access to cutting-edge industry knowledge

Prepares students to navigate the practical aspects of aerial photogrammetry, including project planning and data processing

Covers the latest industry-standard software and techniques, ensuring students gain up-to-date knowledge

May require learners to have a foundational understanding of mapping and surveying principles

Reviews summary

Practical photogrammetric processing

This highly-rated course is primarily focused on teaching practical photogrammetry skills with minimal theoretical background. Students will learn how to interpret aerial imagery to create terrain models and explore software applications such as Agisoft Metashape, OpenDroneMap, and Ubuntu for photogrammetric processing. Reviewers appreciate the course's clear explanations, comprehensive assignments, and its focus on real-world applications.

Easy-to-understand theoretical explanations.

"краткость сестра таланта , спасибо !!!"

"даются понятные объяснения терминов в теоретической части..."

Practical assignments prepare students for real-world applications.

"Контрольные работы, а особенно практические задания..."

"Планирую досконально разобраться с OpenDroneMap и практически использовать полученную информацию в своей профессиональной деятельности программном обеспечении компании Agisoft."

Hands-on experience with Agisoft Metashape, OpenDroneMap, Ubuntu.

"...изучаются практические навыки работы с ПО."

Focus on practical photogrammetry skills.

"Основной упор в курсе делается на обучение практическим навыкам обработки данных с минимальным теоретическим экскурсом..."

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Career center

Learners who complete Фотограмметрическая обработка материалов аэрофотосъемки с БПЛА will develop knowledge and skills that may be useful to these careers:

Civil Engineer

Civil Engineers design and build infrastructure projects, such as roads, bridges, and buildings. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Civil Engineers. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Geospatial Analyst

Geospatial Analysts use geographic data to solve problems related to land use and development. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Geospatial Analysts. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Urban Planner

Urban Planners develop plans for the development of cities and towns. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Urban Planners. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Environmental Scientist

Environmental Scientists study the environment and its interaction with human activities. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Environmental Scientists. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Cartographer

Cartographers create maps and other graphic representations of geographic data. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Cartographers. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Water Resources Engineer

Water Resources Engineers design and manage water resources systems, such as dams, reservoirs, and canals. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Water Resources Engineers. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Hydrologist

Hydrologists study the movement and quality of water on the Earth's surface and in the ground. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Hydrologists. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Geologist

Geologists study the Earth's physical structure and history. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Geologists. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Soil Scientist

Soil Scientists study the physical, chemical, and biological properties of soil. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Soil Scientists. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Agronomist

Agronomists study soil and crop production. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Agronomists. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Landscape Architect

Landscape Architects design outdoor spaces, such as parks, gardens, and playgrounds. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Landscape Architects. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Natural Resources Manager

Natural Resources Managers oversee the management of natural resources, such as forests, wildlife, and water. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Natural Resources Managers. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Land Surveyor

Land Surveyors measure property boundaries. They also conduct research to gather information about property locations and easements, and may need to use aerial photography to help them. The course in Photogrammetric Processing of UAS Aerial Imagery provides a foundation in the use of aerial photography to create models of terrain. This course will be helpful to those who wish to become Land Surveyors and may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Forester

Foresters manage forests and other natural resources. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Foresters. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Geomatics Engineer

Geomatics Engineers use their knowledge of surveying and mapping to solve problems related to land use and development. They may use aerial photography to create maps and models of terrain. The course in Photogrammetric Processing of UAS Aerial Imagery can help build a foundation in the use of aerial photography for Geomatics Engineers. This course may be particularly helpful because it covers the use of drones (UAS) in aerial photography.

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Фотограмметрическая обработка материалов аэрофотосъемки с БПЛА

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Reviews summary

Practical photogrammetric processing

Activities

Career center

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