AerospaceResearch.net
making space together
- 30
- Projects
- 5
- Years accepted
- 6
- In 2021
Projects by year
302021
6 acceptedShow
CalibrateSDR is designed to accurately determine the frequency offset of an SDR via an IQ recording sample. Cheaper SDRs use a low-quality crystal...
Development of an FDIR algorithm using Neural networks
Accepted project · by Rafael Badell
The goal of this project is to develop a failure detection, isolation and recovery algorithm (FDIR) for a cubesat, but using machine learning and...
Python GUI Visualisation for MOLTO-3BP Engine
Accepted project · by Mario Robert D'Ambrosio
Visualisation of the MOLTO-3BP Incorporating Matlab Python SDK I am aware there are many applicants, thus I sincerely apologize and regret my delay...
Calibrate SDR is a tool by AerospaceResearch.net in which we would be adding support of GSM, and DVB-T signals for correcting frequency offset that...
Implementation of the data analysis compilation interface in a satellite monitoring simulator
Accepted project · by R.David Aleman Ramos
Cubesat are now widespread as affordable tools for teaching and researching for Universities and Research Centers. Although they are simple...
Center of Satellite Signal in the Frequency Domain
Accepted project · by Binh-Minh Tran-Huu
Because of the recent sharp growth of the satellite industry, it is necessary to have free, accessible, open-source software to analyze satellite...
2020
5 acceptedShow
GSOC 2020 - Device Handler Development for the SOURCE Project Introduction I am Robin Mueller, a graduate student in aerospace engineering at the...
Orbit determination of continuous and sporadic signals.
Accepted project · by Nikhil Mishra
With increasing popularity in CubeSat technologies, it has gotten ever so important to have low-cost systems that complement the economical and...
Doppler-based Orbit Determination Using Network of Low-Cost Ground Stations
Accepted project · by Andrey Pak
The problem of near-Earth environment congestion has become increasingly important due to the growing number of both active and inactive Resident...
Finite Fourier series approximation of low-thrust lunar ballistic trajectories
Accepted project · by Ginés Salar
The present proposal tries to give attention to the CR3BP in its potential applications for Earth-Moon transfers, as well as propose an alternative...
The objective of this project is to optimize MOLTO for production purposes due to different reasons related to the users flow and the asynchronous...
2019
7 acceptedShow
- Ksat: Visualizing multi-dimensional evolution on system and subsystem levelThemistoklis Spanoudis
- Decoding of ADSB and Multi-Lateral positioningShoumik Dey
- OrbitDeterminator: Community Observation Input of many station locations.Rakshit Bhatt
- VISual MAth: Refactoring Old Modules & Adding New OnesMayank Dhiman
- OrbitDeterminator: Community Observation Input of Many Station LocationsVidhan Arya
- DirectDemod Automatic Picture Transmission (NOAA) – BigImage and Globe ProjectionVladyslav Mokrousov
- MaaS (Molto-IT as a Service)Brandon Escamilla
2018
6 acceptedShow
- Universal Space Operation Center GUIPedro12909
- Implementing Two-Line Element (TLE) Input / Output and using it for evaluationAakash Deep
- [gsoc18-a-dd6] DirectDemod: Decoding of Automatic Picture Transmission (NOAA)Vinay C K
- Lone Pseudoranger: Orbit position data analysis and interpolation (3D)Arya Das
- Turning orbitdeterminator into a robust, reliable toolJorge Pérez
- visma - VISualMAthShantanu Mishra
2017
6 acceptedShow
- Universal Space Operations CenterVictor Hertel
- Orbit Position Data Analysis and InterpolationNilesh Chaturvedi
- SiqNAL: Fast CubeSat tracking using IQ stream dataJay Krishna
- VisMa – A visual equation solversidkothiyal
- Multi Purpose Ground Stationvstarlinger
- Lone Pseudoranger: orbit position data analysis and interpolation (3d)Alexandros Kazantzidis
