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Arthur Grisel-Davy 2024-05-28 10:02:47 -04:00
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scolarship_CPI/biblio.yml Normal file
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bpv:
type: Article
title: Independent Boot Process Verification using Side-Channel Power Analysis
author:
- Grisel-Davy, Arthur
- Fischmeister, Sebastian
date: 2023-10-22
parent:
- type: Conference
title:
value: IEEE International Conference on Software Quality, Reliability and Security
short: QRS 2023
location: Chiang Mai, Thailand

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scolarship_CPI/letter.typ
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#set page("us-letter") #set page("us-letter")
I am recommending Arthur Grisel-Davy for the Cybersecurity and Privacy Excellence Graduate Scholarships.
I have supervised Arthur first in 2019 when he was a visiting student discovering the world of research, and then again since 2021 in his doctoral studies.
The first project he took part in explored the potential of side-channel analysis for defensive applications on embedded systems.
I am recommending Arthur Grisel-Davy for the Cybersecurity and Privacy Excellence Graduate Scholarships.
I have supervised Arthur first in 2019 when he was a visiting student discovering the world of research, and then again since 2021 and until now during his doctoral studies.
Building on all the previous projects he was involved in, he decided to dedicate his studies to the use of side channel information for intrusion detection and he is now a third year Ph.D. candidate.
The first project Arthur took part in explored the potential of side-channel analysis for defensive applications on embedded systems.
This work led to the publication of a paper in ... This work led to the publication of a paper in ...
The results from this first project highlighted several axis for future work on bootup verification, runtime analysis and log verification. The results from this first project highlighted several axis for future work on bootup verification, runtime analysis and log verification.
Arthur dedicated his Ph.D. to this topic and eventually explored all these branches of phycis-based defense. Arthur dedicated his Ph.D. to this topic and eventually explored all these branches of phycis-based defense.
After the exploration phase, Arthur worked on bootup verification. After the exploration phase, Arthur worked on bootup verification.
He proposed an approach for the problem of assessing the integrity of a machine using only a few known-good examples of bootup traces. He proposed an approach for the problem of assessing the integrity of a machine using only a few known-good examples of bootup traces.
This approach led to two publications: first a work-in-progress paper in ... and then an aticle presented in ... that present the approach in more details and use-cases. This approach led to two publications: first a work-in-progress paper in ... and then an aticle presented in @bpv that present the approach in more details and use-cases.
For each of these articles, Arthur was the main author and had to write all the publications, integrate reviewers comments, and travel to the conferences to present his work. For each of these articles, Arthur was the main author and had to write all the publications, integrate reviewers comments, and travel to the conferences to present his work.
These were his first experiences with the presentation of researhc work. These were his first experiences with the presentation of researhc work.
The second axis of research that Arthur explored was the runtime verification ofembedded systems. The second axis of research that Arthur explored was the runtime verification ofembedded systems.
With the goal to bridge the gap between raw side-channel information and rule-based intrusion detection systems, Arthur developped a few-shot pattern-recognition algorithm for univariate time series. With the goal to bridge the gap between raw side-channel information and rule-based intrusion detection systems, Arthur developped a few-shot pattern-recognition algorithm for univariate time series.
@ -44,3 +48,6 @@ His commitment to advancing the field of cybersecurity and privacy is evident in
Arthur is a person of integrity, professionalism, and a collaborative spirit, making him a valuable member of our academic community. Arthur is a person of integrity, professionalism, and a collaborative spirit, making him a valuable member of our academic community.
I believe that Arthur Grisel-Davy would be a deserving recipient of this scolarship. I believe that Arthur Grisel-Davy would be a deserving recipient of this scolarship.
#bibliography("biblio.yml")