Concept

Lidar

Related lectures (19)

Covers the principles and applications of meteorological radar and lidar technologies in environmental monitoring.

Covers methods for acquiring and representing altitude data, emphasizing the historical and analytical importance of relief.

Discusses the important role of relief in spatial analysis.

Covers methods for sampling elevation and measuring elevation using leveling, photogrammetry, and LiDAR in Geographic Information Systems.

Explores the principles and applications of optical beam steering, including diffraction gratings and MEMS-based systems.

Covers methods of primary data acquisition, positioning, thematic data, and measurements.

Covers primary data acquisition methods in GIS, including positioning and thematic data techniques.

Reviews methods for acquiring primary data and suggests further exploration.

Covers digital elevation models, altitude acquisition methods, representation techniques, and relief visualization using shading and contour lines.

Covers primary data acquisition methods, GPS, positioning techniques, satellite imagery, and thematic data analysis.

Explores the role of relief in modeling Earth's surface phenomena and the advancements in technology for producing precise digital elevation models.

Explores building evolution in Venice and cadaster analysis through 3D models and genealogy reconstruction.

Explores the evolution of the Time Machine project from Venice to Europe, showcasing the creation of large-scale Data commons.

Explores Earth observation satellites, sensors, and applications for monitoring the environment and ecosystems.

Covers the principles of Earth observation, focusing on satellite imagery and its applications in various fields.

Explores beam steering technologies and their applications in laser systems, focusing on principles, challenges, and practical implementations.

Explores the historical perspective, mechanisms, types, and applications of lasers, including Nobel Prizes and market segments.

Covers obstacle avoidance and navigation strategies in mobile robotics using sensors and potential fields.

Explores different types of sensors and their interfaces with microcontrollers for various applications.