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NOAA N was developed to collect information about Earth's atmosphere and environment to improve weather prediction and climate research across the globe. National Oceanic and Atmospheric Administration's (NOAA's) have different satellites for weather imaging and analytics. Some examples of Weather satellites are NOAA 15, NOAA 18, NOAA 19 and Meteor M2. Similarly, there is one specific set of environmental satellites used for weather monitoring. Geostationary (rotates at the same speed as earth and constantly over a particular location), Polar orbiting, Communication satellites, Astronomy satellites (Hubble), Navigation satellites(GPS) and so on. Especially during those thunderstorm season when you choose to check for forecasts before heading out.Įver wondered how these images are generated? The data acquisition and analytics from an eye in the sky? This is a brief of how that works.
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To know more about satellite transmission, data acquisition, access to real time precise and reliable information being transmitted over a frequency channel from a satellite the predictive analytics and other use cases that can be derived from this source of structured data in a world where data has attained utmost importance and to know how this was built by using a Software Defined Radio and the different antennae, continue reading.Įnd to End Hardware Setup for Satellite Reception using Intel Edison and Software Defined Radio from Rajesh S on Vimeo. The constantly received signal data was then transmitted over a TCP server to the base station. To overcome this, an Intel Edison's processing and connectivity capabilities was made use of. Since a prototype setup like this (working around 137MHz) demands good elevation and an unobstructed view of the sky, it is not feasible to have a processing station right where the antenna is located. This signal data which has a very high sampling rate and every element of data received from it is critical for that satellite pass period. The reception of APT Satellite Signal data (to be explained in a short while) was accomplished by leveraging the power of Software Defined Radios. This article explains a project on Remote Weather Monitoring and Ground Reception of Satellites.