Home deployment of a doubt removal telecare service for cognitively impaired elderly people: A field deployment. - Pierre Rumeau; Nadine Vigouroux; B. Boudet; Guillaume Lepicard; Gábor Fazekas; F. Nourhachemi; M. Savoldelli (CogInfoCom, 2012)

"Kompaï, go docking please!" - Large scale field test of a social robot in users' homes. - Andras Toth; Gábor Fazekas; Tamas Pilissy; Katalin Zsiga; Denes Kovacs; Tibor Nagy (CogInfoCom, 2012)

Gathering of Fat Robots with Limited Visibility and without Global Navigation. - Kálmán Bolla; Tamás Kovács; Gábor Fazekas (ICAISC (SIDE-EC), 2012)

Investigating the Rate of Failure of Asynchronous Gathering in a Swarm of Fat Robots with Limited Visibility. - Kálmán Bolla; Tamás Kovács; Gábor Fazekas (ICAISC (2), 2014)

Dynamic resource allocation using combinatorial methods in Cloud: A case study. - Seyed Majid Mousavi; Mohammad Naser-Moghadasi; Gábor Fazekas (CogInfoCom, 2017)

On the Prototyping of an ICT-Enhanced Toilet System for Assisting Older Persons Living Independently and Safely at Home. - Paul Panek; Gábor Fazekas; Theresa Lüftenegger; Peter Mayer 002; Tamas Pilissy; Matteo Raffaelli; Atilla Rist; Ramona Rosenthal; Arso Savanovic; Anna Sobjak; Franziska Sonntag; Andras Toth; et al. (eHealth, 2017)

Towards a situation-and-user-aware multi-modal motorized toilet system to assist older adults with disabilities: A user requirements study. - Tamas Pilissy; Andras Toth; Gábor Fazekas; Anna Sobjak; Ramona Rosenthal; Theresa Lüftenegger; Paul Panek; Peter Mayer 002 (ICORR, 2017)

Multiple Sclerosis Detection via Machine Learning Algorithm, Accurate Simulated Database 3D MRI to 2D Images, using value of Binary Pattern Classification - A Case Study. - Mohammad Naser-Moghadasi; Gábor Fazekas (CogInfoCom, 2019)

Testing the Limit Range of Motion Safety Function of Upper Limb Rehabilitation Robots with an Anthropometrically Adjustable and Sensorized Dummy Limb*. - Andras Toth; Tamas Pilissy; M. O. Bauer; G. Al-Absi; S. Dávid; Gábor Fazekas (ICORR, 2022)

Intertwined Digital Human and Robot Modeling-Driven Development of Reharob 3.0: The Quad-Arm Functional Upper Limb Rehabilitation Robot System. - Andras Toth; Tamas Pilissy; J. Kocsis; M. O. Bauer; D. Simon; I. Tavaszi; K. Sándor; Gábor Fazekas (ICORR, 2025)