Modelling the Collaboration of a Patient and an Assisting Humanoid Robot During Training Tasks. - Peter Forbrig; Alexandru-Nicolae Bundea (HCI (2), 2020)

Digitalization of Training Tasks and Specification of the Behaviour of a Social Humanoid Robot as Coach. - Peter Forbrig; Alexandru Bundea; Ann Pedersen; Thomas Platz (HCSE, 2020)

Assistance App for a Humanoid Robot and Digitalization of Training Tasks for Post-stroke Patients. - Peter Forbrig; Alexandru Bundea; Thomas Platz (KES-HCIS, 2020)

Developing a Patient-Therapist-Robot User Model for Motivation in Neurorehabilitation Therapies. - Alexandru Bundea (UMAP, 2020)

Coping with the Complexity of Software for a Humanoid Robot Pepper. - Peter Forbrig; Alexandru Bundea (BIR Workshops, 2021)

User Models for Post-stroke Therapies and Consequences for the Interaction with a Humanoid Robot. - Alexandru Bundea; Peter Forbrig (CHIRA, 2021)

Engineering the Interaction of a Humanoid Robot Pepper with Post-Stroke Patients During Training Tasks. - Peter Forbrig; Alexandru Bundea; Sebastian Bader 001 (EICS, 2021)

Design of a Patient-Therapist-Social Robot Therapy System in Neurorehabilitation Therapies for Engagement and Motivation. - Alexandru Bundea (IUI Companion, 2021)

Interaction and Dialogue Design of a Humanoid Social Robot in an Analogue Neurorehabilitation Application. - Alexandru Bundea; Sebastian Bader 001; Peter Forbrig (KES-HCIS, 2021)

Constructing a neurovisual therapy for with a social robot for a neglect handicap. - Alexandru Bundea; Peter Forbrig (EICS (Workshops), 2022)

Engineering a Software System to Support Post-Stroke Patients in their Training Activities with a Humanoid Robot. - Peter Forbrig; Alexandru Bundea (EICS (Workshops), 2022)

A Social Robot System for Performance-oriented Long-term Stroke Therapy. - Alexandru Umlauft (EICS (Workshops), 2022)

Challenges with Traditional Human-Centered Design for Developing Neurorehabilitation Software. - Peter Forbrig; Alexandru Bundea; Mathias Kühn (HCSE, 2022)

Patient and Therapist Model Attributes for Social Robot Stroke Therapies Based on Implicit Knowledge from Expert Interviews. - Alexandru Bundea; Peter Forbrig (KES-HCIS, 2022)

Two Concepts of Domain-Specific Languages for Therapists to Control a Humanoid Robot. - Peter Forbrig; Alexandru Umlauft; Mathias Kühn; Anke Dittmar (EICS (Workshops), 2023)

Evaluation of a Social Robot System for Performance-Oriented Stroke Therapy. - Alexandru Umlauft; Peter Forbrig (EICS (Workshops), 2023)

A Domain-Specific Language for Prototyping the Behavior of a Humanoid Robot that Allows the Inclusion of Sensor Data. - Peter Forbrig; Alexandru Umlauft; Mathias Kühn (HCI (3), 2023)

Two Domain-Specific Languages for Controlling a Humanoid Robot in a Therapeutic Context. - Peter Forbrig; Alexandru Umlauft; Mathias Kühn; Anke Dittmar (INTERACT (4), 2023)

The Role of Stories in Software Development and Business-Process Modeling. - Peter Forbrig; Alexandru Umlauft; Mathias Kühn; Anke Dittmar (S-BPM ONE, 2023)

Analysis of the therapeutic interaction provided by a humanoid robot serving stroke survivors as a therapeutic assistant for arm rehabilitation. - Thomas Platz; Ann Pedersen; Philipp Deutsch; Alexandru-Nicolae Umlauft; Sebastian Bader 001 (Frontiers Robotics AI, 2023)