The camera is securely mounted in a weatherproof housing, pointed at the sky, and connected to the RPi with a POE (Power Over Ethernet) cable. Global Meteor Network Overview Our mission A brief history of the Global Meteor Network Video introduction - Overview of the Global Meteor Network (IMC2020) Video overview - Meteor tracking and the GMN from Astro Imaging Channel presentation Some 'live' GMN data products Meteor Detection Station What is an RMS GMN station? A RMS-based GMN station that is the subject of this Wiki consists of a Raspberry Pi (RPi) single board computer, a low light level security video camera, and the RMS software package. 11.2 Join the Global Meteor Network Forum.8.2 What are the values in FTPdetectinfo_* file designated as hnr mle bin Pix/fm Rho Phi?.8.1 What should I back up when re-flashing an SD card or a USB disk?.5.3 Using UFO Orbit program to estimate meteor trajectories.5.2 Generating a Google Earth KML file to show your station's field of view.5.1 Video Tutorial - Using SkyFit2 to perform astrometric and photometric calibration + Manually reducing observations of fireballs and computing their trajectories.4.4 Different ways of connecting the camera.4.3 Video tutorial - Configuring your IMX291 IP camera.4 Configuring and installing your camera.3.3 Archiving data and backing up configuration.3.2 So what does the meteor camera do over the course of 24 hours?.3 Operating and maintaining your GMN station.2.4 Can I use a commercial all-sky camera?.1.4 Video overview - Meteor tracking and the GMN from Astro Imaging Channel presentation.1.3 Video introduction - Overview of the Global Meteor Network (IMC2020).1.2 A brief history of the Global Meteor Network.

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