Why do we use I/Q signals in radar technology? Here you find a simple explanation.
Read the blogwritten on May 05, 2020
by Fateme Talebi
written on Apr 29, 2020
by Ulrich Scholten, PhD
written on Apr 27, 2020
by Ulrich Scholten, PhD
written on Apr 19, 2020
by Ulrich Scholten, PhD
written on Apr 18, 2020
by Martin Rupp and Ulrich Scholten
written on Apr 17, 2020
by Martin Rupp and Ulrich Scholten
written on Apr 16, 2020
by Ulrich Scholten, PhD
written on Apr 15, 2020
by Ulrich Scholten, Martin Rupp and Arnold Bistri
Why do we use I/Q signals in radar technology? Here you find a simple explanation.
Read the blogThe power spectral density (PSD) of a signal describes the distribution of power into the frequency components, which compose the resulting signal. Power spectral density is commonly expressed in watts per hertz (W/Hz).
Read the blogThis document describes exercises for the SkyRadar 24 GHz PSR as well as for the NextGen 8 GHz Pulse Radar.
Read the blogMohammed VI International Academy of Civil Aviation (AIAC) in Morocco has implemented a distance education system to ensure educational continuity by providing its students with high quality digital and audiovisual resources to continue studying from home.
Read the blogRadar cross-section (RCS) is the cross section of an object as seen by a radar. A larger RCS indicates that an object is more easily detected.
Read the blogThis document describes SkyRadar's 2 years course in A.I, including elements of data science and connected sciences for undergraduate courses (Bachelor Programs).
Read the blogArtificial Intelligence is disruptively changing the world of Aviation and IoT. Radar sensor data play a key role as they are in contrast to photographic images quantitative and measurable. SkyRadar developed a course providing hands-on experiments for Artificial Intelligence.
Read the blogIn this video we show how the CFAR can help to display targets clearly in the radar scopes (A-Scopes and PPI).
Read the blogIn the following we introduce a SkyRadar NextGen 8 GHz Pulse application for artificial intelligence. In this application students learn how neural networks / artificial intelligence, and especially Convolution Neural networks can be applied to perform the automatic detection of a human gesture by using RADAR technologies.
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