-
Recent Posts
Recent Comments
- 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
Visitor Stats
- 19391Total views:
- 12336Total visitors:
- 0Visitors online:
- April 20, 2020Counted from:
Tags
Author Archives: Shubham Paul
Frequency Hopping with NRF24l01+
Since I couldn’t find any frequency hopping example online, I tried one on my own and it works. For those who don’t know what is Frequency Hopping see this Frequency Hopping .It is a nice feature for secure communication.FHSS is … Continue reading →
Software Integration and Trajectory Prediction
Main Page – Real time planet tracking system Now after connecting all the hardware to the respective pins we start integrating the software for : – 1.Getting MPU readings (discussed before)
Motion Processing Unit – MPU9250 for RTPT [using Filters,auto – calibration ]
Main Page – Real time planet tracking system Motion Processing is an important concept to know if you want to interact with real time data you should be able to interact with motion parameters such as Linear acceleration, Angular acceleration, … Continue reading →
Hardware Integration of RTPT
Main Page – Real time planet tracking system Things you need : Arduino Mega (or MCU with more than 33Kbyte flash )- This is important because my final code was around 33KB and i couldnt fit it in an UNO. … Continue reading →
Posted in Embedded Hardware, Embedded Software, Planet Tracking System
|
Tagged arduino, arduino mega, gps, rtpt, servo, servo mapping, tinygps
|
1 Comment
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
|
Tagged azalt, declination, kepler, osculating elements, ra dec to az alt, right ascension
|
1 Comment