Lectures related to Doppler radar

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

Explores the principles of radar technology for remote sensing applications and meteorology.

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

Covers the GMWM methodology for stochastic modeling using inertial sensors in signal propagation and link budget analysis.

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

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

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

Covers key concepts such as VA, CAF, bin calculations, and Doppler effect.

Covers the analysis of ECG signals related to hemodynamics.

Explores piezoelectric sensors and the Doppler effect ultrasound flow meter.

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

Explores photon propagation, light emission and reception, energy, spectra, flux, intensity, Doppler and red-shift, and universe expansion.

Explores the operation of photomultiplier tubes and Doppler velocimetry for speed measurement.

Covers the use of GNSS for space applications, including navigation, low-cost solutions, and real-time examples.

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

Explores ultrasonic distance sensors, cross-correlation for error reduction, and Doppler sensors for flow measurement.