Rea: Workflows for Cyber-Physical Systems. - David Juhasz; László Domoszlai; Barnabas Kralik (CEFP, 2013)

Decentralizing a cyber-physical workflow system with a cloud messaging system. - David Juhasz; Barnabas Kralik; Péter Szilágyi (SISY, 2014)

Smart energy efficient gateway for Internet of mobile things. - Igor Tcarenko; Yuxiang Huan; David Juhasz; Amir M. Rahmani; Zhuo Zou; Tomi Westerlund; Pasi Liljeberg; Li-Rong Zheng 001; Hannu Tenhunen (CCNC, 2017)

Resource Management for Mixed-Criticality Systems on Multi-core Platforms with Focus on Communication. - Robin Arbaud; David Juhasz; Axel Jantsch (DSD, 2018)

Trends in On-chip Dynamic Resource Management. - Kasra Moazzemi; Anil Kanduri; David Juhasz; Antonio Miele; Amir M. Rahmani; Pasi Liljeberg; Axel Jantsch; Nikil D. Dutt (DSD, 2018)

Dynamic Constraints for Mixed-Criticality Systems. - Dávid Juhász; Axel Jantsch (COINS, 2019)

On-Chip Dynamic Resource Management. - Antonio Miele; Anil Kanduri; Kasra Moazzemi; Dávid Juhász; Amir-Mohammad Rahmani; Nikil D. Dutt; Pasi Liljeberg; Axel Jantsch (Found. Trends Electron. Des. Autom., 2019)

RoSA: A Framework for Modeling Self-Awareness in Cyber-Physical Systems. - Maximilian Götzinger; Dávid Juhász; Nima Taherinejad; Edwin Willegger; Benedikt Tutzer; Pasi Liljeberg; Axel Jantsch; Amir M. Rahmani (IEEE Access, 2020)

MLComp: A Methodology for Machine Learning-based Performance Estimation and Adaptive Selection of Pareto-Optimal Compiler Optimization Sequences. - Alessio Colucci; Dávid Juhász; Martin Mosbeck; Alberto Marchisio; Semeen Rehman; Manfred Kreutzer; Günther Nadbath; Axel Jantsch; Muhammad Shafique 001 (DATE, 2021)

On the numerical accuracy of the method of multiple scales for nonlinear dispersive wave equations. - David Juhasz; Per Kristen Jakobsen (CoRR, 2021)

On removing orders from amplitude equations. - David Juhasz; Per Kristen Jakobsen (CoRR, 2025)