With the support of the Chips JU program, Resilient Trust helps train cutting-edge professionals to improve European sovereignty in the fields of IoT, AI and embedded electronics.
Master Thesis
C. Larmann, Master thesis 2024, Secure Task Management in FreeRTOS: A RISC-V Core Approach with Physical Memory Protection, https://resolver.tudelft.nl/uuid:25ac1dc8-7d80-485b-be33-b4f43b6c379e
N. Moeskops, Master thesis 2024, Glitter PUF: A Passive Physical Anti-Tamper PUF Based On Images Of Glitter Reflections, https://repository.tudelft.nl/record/uuid:481543ec-4450-4cfd-b7f3-2a7d106e215c
T. Pouwels, Master thesis 2024, Stochastic Modelling of Counting Ring Oscillator TRNGs, https://repository.tudelft.nl/record/uuid:b486063f-ce76-47c4-9603-f303ebaa8e59
L. Pomante, Master Thesis 2025, Accelerazione e bilanciamento del carico per applicazioni di “Machine Learning at the Edge” tramite approccio “Sale-Bid, https://tesionline.univaq.it/handle/20.500.12319/20238
H. Ehsan, Master Thesis 2025, Analysis of radio signals and related security
PhD Thesis in progress
H. Hammam, Hardware security and trust for mixed-signal integrated circuits
V. Barbaza, Security defenses and attacks via RF links
A. Emad. Abdelazim, Design of an AI hardware accelerator for edge computing
I. Kaskampas, Security and trust in AI hardware accelerators
C. Malogiannis, Neuromorphic algorithms and their hardware implementation
M. Esmaeilian, Wireless communication on FPGA and associated security tools
C. Quiroga, AI-based transmitter fingerprinting for resilient satellite communications
M. Djihadi, AI-based intrusion detection systems for wireless communications monitoring
Y. Formery, Secure Blockchain-based Federated Learning Architectures
J. Åhlund, Securing Design-for-Test (tentative)
L. Barany, Securing the Control of Digital Beamforming
W. Eriksson, Securing the Control of Digital Beamforming
F. Lundberg, Exploiting Ring Oscillators to Leak Secret Information