Towards Gender-sensitive Motivation of Patients with Depression for Cognitive Training with a Socially Assistive Robot

L. Paletta, Sandra Schuessler, Eva Z. Reininghaus, M. Macher, M. Fellner, S. Russegger, M. Lenger, M. Pszeida, T. Orgel, S. Draxler, A. Haeussl, N. Dalkner, Stephan Spat, G. Pötz, Regina Roller Wirnsberger, J. Zuschnegg
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Abstract

Approximately 280 million people in the world suffer from depression, which often leads to cognitive deficits. This paper describes fundamental aspects of the work plan of the Austrian project AMIGA that aims at developing and evaluating a gender-sensitive and customizable Social Assisting Robotic Technology (SAR) including a cognitive training. We intend with the AMIGA-type SAR to significantly increase motivation for cognitive training during the hospital stay, which is hypothesised to improve cognitive functioning. In the first step of the project plan, the requirements of the target group would be estimated using qualitative and quantitative methods (e.g., survey, interviews). Based on the results of the requirement study we plan to develop the interactive SAR prototype that would use human-robot interactions to motivate users to perform cognitive training. We consider to apply adaptive pause management with sensor-based detection of mental fatigue. Target group-specific as well as gender-sensitive content for holistic stimulation with visual, auditory, and interactive elements will be included. The work plan foresees to conduct a field study including persons with symptoms of depression and to evaluate the results in terms of the effects on the persons´ motivation through the application of the AMIGA robotic system platform.
社交辅助机器人对抑郁症患者认知训练的性别敏感动机研究
世界上大约有2.8亿人患有抑郁症,这通常会导致认知缺陷。本文描述了奥地利项目AMIGA工作计划的基本方面,该项目旨在开发和评估性别敏感和可定制的社会辅助机器人技术(SAR),包括认知训练。我们打算使用amiga型SAR显着增加住院期间认知训练的动机,假设这可以改善认知功能。在项目计划的第一步,将使用定性和定量方法(例如,调查、访谈)估计目标群体的需求。基于需求研究的结果,我们计划开发交互式SAR原型,该原型将使用人机交互来激励用户进行认知训练。我们考虑将自适应暂停管理应用于基于传感器的精神疲劳检测。将包括针对特定目标群体以及对性别敏感的内容,以视觉、听觉和互动元素进行整体刺激。该工作计划预计将对有抑郁症状的人进行实地研究,并通过应用AMIGA机器人系统平台来评估研究结果对人的动机的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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