Applications: Radar and Telecommunication

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Related lectures (32)

Page 1 of 4

Antennas and RF-ID I

Explores antennas, RF-ID systems, radiation patterns, directivity, gain, and the Hertzian dipole.

Friis' Formula: Antenna Gain and Power Density

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

Characteristic Parameters of Antennas

Explores characteristic parameters of antennas, radiation patterns, and antenna types.

Real Antennas: Efficiency, Radiation, and Polarization

Explores the efficiency, radiation, and polarization of real antennas, including losses, gain, and typical yields.

Radar principles

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

Radiation and Antennas II

Explores reciprocity of powers, capture surface, linear wire antennas, and radar cross-section examples.

Antenna and Front-End Processing

Introduces antennas, downconversion architectures, automatic gain control, receiver thermal noise, and sensor stochastic modeling in wireless systems.

Active Remote Sensing: Principles and Applications

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

Radar Meteorology: Principles and Applications

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

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.