Tiny Titans: Acceptance of In-Vivo Capsule and Micro Robots in Healthcare Innovation
Open Access
Article
Conference Proceedings
Authors: Kerstin Haring, Claudia Ossola-haring, Andreas Schlageter, Markus Gress-heister, Joachim Woelle
Abstract
This study explores the potential and challenges of using tiny in-vivo robots for medical diagnostics and therapy. While currently experimental and costly, technological advances may soon make them more affordable and essential, given the global shortage of medical specialists. The focus is on patient perspectives, as they are central to both technology acceptance and ethical considerations. The aim is to understand the perceived pros and cons of using in-vivo robots and factors influencing individual willingness to adopt them for medical purposes.
Keywords: Robots, Micro Robots, Capsules Robots, Medicine, Surgery, Cultural Obstacles, Robots Ethics
DOI: 10.54941/ahfe1004358
Cite this paper
Downloads
609
Visits
1078
More from this volume
← Improving Comfort of Shoulder and Back Health in Children's School Bags: Examining Damper Shoulder Straps and Ergonomic FactorsEarly Characterization of Stroke Using Video Analysis and Machine Learning →
- Automatic Classification of Infant Sleeping Postures Using an Infrared Camera
- Analysis of Stair-Ascent Activities with Handrail Use in Daily Living Space and Motion Features using RGBD Camera
- Body Movement Support System for Prevent Disability and Promote Progress
- Shaping a device for Anti-viral disinfection and checking health of people moving in public space
- Transforming the homecare offering scene: How the technology plays a role
- Improving Comfort of Shoulder and Back Health in Children's School Bags: Examining Damper Shoulder Straps and Ergonomic Factors
- Early Characterization of Stroke Using Video Analysis and Machine Learning
- Upper trapezius muscle activity pattern at work and associated neck pain - Study protocol for analyses of a pooled EMG data set
- Use of predictive models based on biomedical signals and motion measurements for predicting extremity kinematics
- Feature Selection for Machine Learning-Based Core Body Temperature Estimation Using Hand-Measurable Biological Information
- The Effect of Automated Agents on Individual Performance Under Induced Stress
- Design of strength assistance gloves for female heavy manual workers based on visualization of electromyographic signals


AHFE Open Access