AHFE Open AccessTechnological Innovations for the treatment of impulsiveness
Abstract
Impulse control, or also called inhibitory control, refers to the capacity of controlling attentiveness, behavior, thoughts, and/or emotions, and, at the end, to control internal willingness that is in charge of our behavior. It is important to mention that impulsiveness can be associated to three main factors, first, to behave without a direct implication of frontal lobe functioning; second, increased rate of the response given; and, behavior directed towards immediate reward. This article arises from the need to include technological innovations for the treatment of impulsiveness, thus, literature revision of the available applications about this topic has been made.
Keywords: Impulse control, inhibitory control. technological innovation, psychological treatment
DOI: 10.54941/ahfe1001606
Cite this paper
More from this volume
- Building Trust and safety Correlates for Autonomous Systems using Physiological, Behavioral, and Subjective Measures
- Does Acoustic Feedback Increase the Accuracy of Weight and Force Perception during Fine Motor Activities?
- Image Classification for Project-based Learning to Differentiate Diagram and Figures.
- Pupil Dilation Variability as an Indicator of Arousal Regulation: Towards Understanding Operator Functional State
- Novel Approach for Sensing the Humanoid Hand Finger Position Using Non-contact TMR Sensor
- A Chain-Driven Live Roller Mechanism for Loading and Unloading Packages on Autonomous Mobile Robots in Warehouses
- Personality Prediction in Human-Robot-Interaction (HRI)
- Trust in an Autonomous Agent for Predictive Maintenance: How Agent Transparency Could Impact Compliance
- How a Few Custom Keycaps Make Keyboards More Ergonomic and Reduce Eye Movement by 35%
- Responding to the Loneliness in the New Era of the Internet: Exploring the Role of Hugging and Fitting in Alleviating Loneliness
- Elicitation of Diagnosis Strategy During Scanning Chest X-Rays from Eye Tracking Stimulated Retrospections
- Optimization of the Emergency Evacuation Sign's Color Cognition for Users with Color Vision Deficiency