Name: Rishav Dhungel
Type: User
Company: @MetricTensorLabs
Bio: Masters in Satellite Technology | Applied Mathematics | Control System | Estimation Theory
Location: Würzburg, Germany
Rishav Dhungel's Projects
Implementations of mathematical models and various algorithms for ADCS (Attitude Determination and Control System) of spacecrafts.
Study and implementations of different attitude estimation algorithms for spacecrafts.
Codebase used in BuddhaGram Robotic Theatre.
https://risherlock.github.io/dot-com/
This research focuses on stochastic nonlinear filters. The goal is to seek an analytical generalization of the Kalman filter for nonlinear dynamics on Riemannian manifolds.
Understanding gravity.
Things we learned while working on the robots!
Math library for embedded systems intended for robotics, VR systems, flight software etc.
This repository contains lecture notes, solved problems, and simulation software on control systems in general.
Implementations of different magnetometer calibration algorithms.
Research communications.
Implementation of code listings on "Numerical Recipes in C. The Art of Scientific Computing".
Optimization on vector space and manifolds. Mainly focused on solvers for control and estimation.
I don't know what to write.
Orbit propagation using various methods.
Lecture notes and solutions to problems from the courses that Sriza and I took during our Master's program.
Exploring simple pendulum.
Usually re-creation of computational results.
This repository contains lecture notes on the courses "(Advance) Spacecraft Dynamics and Control" by Hanspeter Schaub.
Software on the applications of The Theory of Functional Connections.
Some tools and techniques to deal with time-series data.
Implementations of the major developments in 3D-attitude determination of spacecraft including the Triad method and various solutions to the Wahba's problem.