Results & Downloads
Scientific publication
Scientific publication
July 15, 2025
Scientific publication
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Project website
Scientific publication
The paper “D-Band Cascode Up conversion Mixer Utilizing Double Mixing Technique for Enhanced Linearity and Output Power in 130-nm SiGe Process” was published in IEEE Transactions on Microwave Theory and Technology. The authors are Marzie Mollaalipour, Mingquan Bao,Yu Yan, Herbert Zirath.
July 15, 2025
Scientific publication
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Scientific publication
The paper “Modeling, Analysis, and Optimization of Cascaded Power Amplifiers” was accepted to EUSIPCO 2025 and will be presented there at the beginning of September. The authors are Oksana Moryakova, Thomas Eriksson, and Håkan Johansson.
July 11, 2025
Scientific publication
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Project website
Scientific publication
The paper “Efficient Implementation of Wireless Links Employing Polymer Microwave” was accepted by Applied Sciences. The authors are Vasileios Liakonis, Yannis Papananos, Franz Dielacher, Maciej Wojnowski, Walter Hartner.
July 11, 2025
Scientific publication
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Project website
ORSHIN Factsheet No 5
How do we secure today’s smart devices? ORSHIN’s Attack Defense Framework (ADF) offers a smarter way to spot and stop threats—across every layer of connected devices, from hardware to software. Easy to use, highly visual, and built for the real world.
July 03, 2025
ORSHIN Factsheet No 5
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Project website
Scientific Publication
The paper CheckOCPP: Automatic OCPP Packet Dissection and Compliance Check was published at ACSW 2025. The authors are Soumaya Boussaha, Victor Fresno-Gomez, Thomas Barber and Daniele Antonioli .
July 01, 2025
Scientific Publication
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Project website
Presentation delivered at the 15th International Conference on Nitride Semiconductors (ICNS-15)
Operando Strain Microscopy in GaN/Si High Electron Mobility Transistors with Nanosecond Time Resolution
June 06, 2025
Presentation delivered at the 15th International Conference on Nitride Semiconductors (ICNS-15)
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Project website
Paper published at Journal of Applied Physics
Obtaining Geometrically Necessary Dislocation Densities from Five Dimensional Scanning X-ray Diffraction Microscopy
June 01, 2025
Paper published at Journal of Applied Physics
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Project website
D9.1 “Plan for dissemination and exploitation incl. communication activities”
D9.1 presents the MILADO communication kit constituting the launch of the internal and external communication infrastructure (e.g., mailing lists, website, social media). Furthermore, it describes the detailed plan for the project’s dissemination strategy and outlines how the different stakeholder communities will be targeted.
May 28, 2025
D9.1 “Plan for dissemination and exploitation incl. communication activities”
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Project website
D8.1 “First batch of twenty 8″ Si wafers with surface nano-patterns and backside coating”
This document describes the design and processing of silicon substrate. Those are with suitable architectures for direct epitaxial III-V –semiconductor growth. Keywords
nano-structured surface.
May 28, 2025
D8.1 “First batch of twenty 8″ Si wafers with surface nano-patterns and backside coating”
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Project website
D1.1 “Project Quality Plan”
The project quality plan shows the project management process, review process, quality checks, project templates, meeting organization, which is communicated to all partners.
May 28, 2025
D1.1 “Project Quality Plan”
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Project website
Newsletter Issue 04
Fourth newsletter
May 27, 2025
Newsletter Issue 04
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Project website
Presentation delivered at the 2025 EMRS Spring meeting
Operando Strain Microscopy in GaN/Si High Electron Mobility Transistors with Nanosecond Time Resolution
May 27, 2025
Presentation delivered at the 2025 EMRS Spring meeting
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Project website
Scientific Publication
The paper Design, implementation and validation of NSCP: a New Secure Channel Protocol for hardened IoT was published at DATE 2025. The authors are Alberto Battistello, Guido Bertoni, Vittorio Zaccaria and Joan Bushi.
May 15, 2025
Scientific Publication
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Project website
Scientific Publication
The paper Low-Cost First-Order Secure Boolean Masking in Glitchy Hardware- full version was published in IEEE Transactions on Information Forensics and Security. The authors are Dilip Kumar S.V., Josep Balasch, Benedikt Gierlichs and Ingrid Verbauwhede.
May 15, 2025
Scientific Publication
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Project website
Videos
PRIVIDEMA - Mariya Georgieva (Technical Lead)
PRIVIDEMA - Mariya Georgieva (Technical Lead)
PRIVIDEMA - Oana Stan (CEA)
PRIVIDEMA - Oana Stan (CEA)
REINDEER - Testbeds and simulators overview
REINDEER - Testbeds and simulators overview
REINDEER - Demostration Video - Experiment 5
REINDEER - Demostration Video - Experiment 5
REINDEER - Demostration Video - Experiment 4c
REINDEER - Demostration Video - Experiment 4c
REINDEER - Demostration Video - Experiment 4b
REINDEER - Demostration Video - Experiment 4b
REINDEER - Demostration Video - Experiment 3b
REINDEER - Demostration Video - Experiment 3b
REINDEER - Demostration Video - Experiment 3a
REINDEER - Demostration Video - Experiment 3a
REINDEER - Demostration Video - Experiment 2
REINDEER - Demostration Video - Experiment 2
REINDEER - Demostration Video - Experiment 1
REINDEER - Demostration Video - Experiment 1
PRIVIDEMA - Privacy preserving identity management for digital wallet and secure data sharing an...
PRIVIDEMA - Privacy preserving identity management for digital wallet and secure data sharing an...
AMUSENS - Multi-pixel gas sensor platform for a wide range of appliance and consumer markets
AMUSENS - Multi-pixel gas sensor platform for a wide range of appliance and consumer markets
MILADO - Multiwavelength Laser for fast Diagnostic in Biomedical and Manufacturing Applications
MILADO - Multiwavelength Laser for fast Diagnostic in Biomedical and Manufacturing Applications
REINDEER - UseCaseVideo 03 (human-machine interaction in care environments, hospitals and assist...
REINDEER - UseCaseVideo 03 (human-machine interaction in care environments, hospitals and assist...
REINDEER - UseCaseVideo 04 (home automation and smart home systems)
REINDEER - UseCaseVideo 04 (home automation and smart home systems)
Podcasts
iPC (4) H2020 Project: About why the future paediatric cancer treatment is in personalization
iPC (4) H2020 Project: About why the future paediatric cancer treatment is in personalization
iPC (3) H2020 Project: How algorithms can improve treatment for children with cancer
iPC (3) H2020 Project: How algorithms can improve treatment for children with cancer
REINDEER (2) H2020 Project: A closer look at RadioWeaves Technology and how it might be used
REINDEER (2) H2020 Project: A closer look at RadioWeaves Technology and how it might be used
Ethics and Technology (6) – a Prerequisite for European Research: Engineering and Technology
Ethics and Technology (6) – a Prerequisite for European Research: Engineering and Technology
EXFILES (5) H2020 Project: About Microscopic Views and the Hardware Approach
EXFILES (5) H2020 Project: About Microscopic Views and the Hardware Approach
EXFILES (4) H2020 Project: An Inside View from an LEA Partner
EXFILES (4) H2020 Project: An Inside View from an LEA Partner
EXFILES (3) H2020 Project: A Look from the Inside
EXFILES (3) H2020 Project: A Look from the Inside
REALHOLO (1) H2020 Project: An Introduction
REALHOLO (1) H2020 Project: An Introduction
DECODER (4) H2020 Project: Weighing in with The UPV
DECODER (4) H2020 Project: Weighing in with The UPV
DECODER (3) H2020 Project: Open source software development solutions
DECODER (3) H2020 Project: Open source software development solutions
SERENA (5) H2020 Project: Signal Processing
SERENA (5) H2020 Project: Signal Processing
Car2TERA (5) H2020 Project: Focus on the Demonstrators
Car2TERA (5) H2020 Project: Focus on the Demonstrators
Car2TERA (4) H2020 Project: Checking in with Jonas Hansryd & Yinggang Li from Ericsson
Car2TERA (4) H2020 Project: Checking in with Jonas Hansryd & Yinggang Li from Ericsson
Ethics and Technology (5) – a Prerequisite for European Research: Engineering and Technology
Ethics and Technology (5) – a Prerequisite for European Research: Engineering and Technology
REINDEER (1) H2020 Project: Using RadioWeaves for smart connect-compute platform
REINDEER (1) H2020 Project: Using RadioWeaves for smart connect-compute platform