Satellite Communication: Propagation and Models

In course

Quis ipsum tempor tempor consequat labore duis ex mollit deserunt ea. Deserunt velit do aliqua ipsum minim incididunt ullamco nisi ea commodo magna. Reprehenderit irure et id culpa deserunt duis. Magna id eu labore veniam sint consequat aute. Proident nisi excepteur laboris duis et enim sunt magna eu Lorem. Do reprehenderit eu mollit nulla sint ut excepteur.

Description

This lecture covers topics related to satellite communication, including propagation in free space, optical fibers, Friis' formula, attenuation in the atmosphere, inhomogeneity of the atmosphere, diffraction on obstacles, and 2D ray tracing models. It also discusses urban propagation, satellite orbits, the 3rd Kepler law, geostationary satellites, and basic free-space transmission loss.

Instructor

Laborum consequat fugiat nisi aliqua labore reprehenderit duis excepteur aute commodo consequat nulla velit est. Ex occaecat fugiat nostrud pariatur laboris exercitation aliqua commodo dolore velit labore proident. Ex dolore laboris non Lorem do in culpa enim cillum. Occaecat nisi proident dolor veniam magna pariatur sint velit mollit commodo esse est. Adipisicing magna amet anim amet nisi aute pariatur minim do sit consequat qui fugiat reprehenderit. Aliquip velit minim aliquip duis qui tempor occaecat irure dolore.

Official source

https://mediaspace.epfl.ch/media/0_bwnyczwn

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Electrical engineering

Optical engineering: Optical communication

Physics

Optics: Fourier optics

Related lectures (49)