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- Real-Time Planet Tracking System & Trajectory Prediction | paulsite.com on Software Integration and Trajectory Prediction
- Real-Time Planet Tracking System & Trajectory Prediction | paulsite.com on Motion Processing Unit – MPU9250 for RTPT [using Filters,auto – calibration ]
- Calculation of Right Ascension and Declination and its conversion to Azimuth and Altitude | paulsite.com on Real-Time Planet Tracking System & Trajectory Prediction
- Software Integration and Trajectory Prediction | paulsite.com on Real-Time Planet Tracking System & Trajectory Prediction
- Real-Time Planet Tracking System & Trajectory Prediction | paulsite.com on Hardware Integration of RTPT
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Category Archives: Maths
Projects describing a theoretical concept or calculations.
Calculation of Right Ascension and Declination and its conversion to Azimuth and Altitude
Main Page – Real time planet tracking system The Idea!- Kepler’s Algorithms Yes! the Real time position of any celestial body can be calculated using some parameters called Orbital Elements (or Osculating Elements or Keplerian Elements). These are the parameters that … Continue reading →
Posted in Embedded Software, Maths, Planet Tracking System
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Tagged azalt, declination, kepler, osculating elements, ra dec to az alt, right ascension
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1 Comment
Real-Time Planet Tracking System & Trajectory Prediction
Introduction This project aims to make a system that effectively tracks celestial bodies (such as planets ) with a fair amount of accuracy. We will be using some algorithms along with a processing unit for the calculations and a servo … Continue reading →
Posted in Embedded Hardware, Embedded Software, Maths, Planet Tracking System
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Tagged arduino, Astronomy, featured, gps, mpu9250, planet, planet tracking, real, real-time, rtpt, time, tracking
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27 Comments