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Mitigation of radiation effects on the attitude estimation processing of autonomous things

Safety-Critical applications, Neutron Radiation Effects, Attitude Estimation Algorithms, Radiation Induced Error Mitigation

This doctoral thesis project aims to investigate space-to-ground radiation effects that can upset attitude estimation algorithms of inertial navigation systems for safety-critical applications such as unmanned vehicles and satellites, devising new software-level solutions for mitigation of radiation-induced errors and related failures.


Thesis director: Rodrigo POSSAMAI BASTOS
Thesis supervisor: Hassen FOURATI (GIPSA-Lab)
Thesis started on: Oct. 2020
Thesis defence: Oct 17, 2023
Doctoral school: EEATS

Submitted on January 12, 2022

Updated on November 16, 2023