Lectures related to Radar principles

Radar Meteorology: Principles and Applications

Explores radar meteorology principles, microphysics analysis, scanning techniques, and lidar applications in atmospheric measurements.

Active Remote Sensing: Principles and Applications

Explains the principles of active remote sensing, focusing on synthetic aperture radar and its applications in environmental monitoring.

Meteorological Radar and Lidar Applications

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

Radar and Communications Technologies: Applications and Challenges

Covers radar and communication technologies, focusing on their applications in sensing and the challenges faced in modern wireless communications.

Applications: Radar and Telecommunication

Covers radar, telecommunication applications, antenna gain, and radio detection principles.

Remote Sensing Applications at MeteoSwiss

Explores remote sensing applications at MeteoSwiss, including radar network challenges and quantitative precipitation estimation.

Wireless Localization Techniques

Explores wireless localization techniques, including RSSI, trilateration, and advanced methods for accurate distance measurement in wireless networks.

Radar Technologies: Applications and Challenges in Robotics

Discusses radar technologies, their applications in robotics, and challenges in mmWave imaging.

Doppler Effect and Radar Applications

Explores the Doppler effect, radar systems, wave propagation, and satellite communication.

Snowfall Microphysics: Radar Doppler Spectra Analysis

Explores radar Doppler spectra analysis for studying snowfall microphysics and secondary ice production mechanisms.

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Earth Observation: Principles and Applications

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

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Size Distribution of Drops and Ice Crystals

Explores the statistical summary of drop properties and the significance of drop size distribution in cloud and precipitation formation.

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Friis' Formula: Antenna Gain and Power Density

Explores Friis' formula, antenna gain, power density, RADAR, and Doppler RADAR.

Project-Based Learning in Communications and Robotics

Introduces a project-based course in communications and robotics, emphasizing practical projects and independent learning to prepare students for real-world challenges.