MSC Thesis
Published:
The goal of my MSC Thesis was to study post quantum signature schemes based on Cryptographic Group Actions and Code Equivalence assumptions; with a special focus on LESS and MEDS.
Published:
The goal of my MSC Thesis was to study post quantum signature schemes based on Cryptographic Group Actions and Code Equivalence assumptions; with a special focus on LESS and MEDS.
Published:
The goal of my MSC Thesis was to study post quantum signature schemes based on Cryptographic Group Actions and Code Equivalence assumptions; with a special focus on LESS and MEDS.
Published:
My thesis work for the Bachelor Degree in Mathematics: The Containment Problem, a general introduction and the particular case for Steiner systems (article in digital version and beamer slideshow (🇬🇧)).
Published:
My thesis work for the Bachelor Degree in Mathematics: The Containment Problem, a general introduction and the particular case for Steiner systems (article in digital version and beamer slideshow (🇬🇧)).
Published:
My thesis work for the Bachelor Degree in Mathematics: The Containment Problem, a general introduction and the particular case for Steiner systems (article in digital version and beamer slideshow (🇬🇧)).
Published:
The goal of my MSC Thesis was to study post quantum signature schemes based on Cryptographic Group Actions and Code Equivalence assumptions; with a special focus on LESS and MEDS.
Published:
Published:
The goal of my MSC Thesis was to study post quantum signature schemes based on Cryptographic Group Actions and Code Equivalence assumptions; with a special focus on LESS and MEDS.
Published:
The goal of my MSC Thesis was to study post quantum signature schemes based on Cryptographic Group Actions and Code Equivalence assumptions; with a special focus on LESS and MEDS.
Published:
My thesis work for the Bachelor Degree in Mathematics: The Containment Problem, a general introduction and the particular case for Steiner systems (article in digital version and beamer slideshow (🇬🇧)).
Published:
The goal of my MSC Thesis was to study post quantum signature schemes based on Cryptographic Group Actions and Code Equivalence assumptions; with a special focus on LESS and MEDS.
Published: