The emotional responses obtained from the interaction of a person with a mass-distributed virtual product derive from simple human behaviors.
Abstract
It has been observed the need to understand the effects that are being derived from the mass-distribution virtual products. It is clear that these products affect in various dimensions to the users from the activation of the sensory mechanisms, anatomical responses until various cognitive processes. Through the observation of the interaction processes made by a group of normal vision users in a Website with the assignment of a task was detected: 1. A hierarchy on the process 2) Minimal activation of two sensory mechanisms 3) The type of experience that is obtained from the interaction with the mass-distributed virtual products is basically integrated of kinetic components and cognitive models 4) Virtual products generate aesthetic experiences. Networks were used to display and represent the information. The intention of these studies is to describe the type of emotional responses generated with virtual products and to reflect on how complex responses are obtained from simple human behaviors.
Keywords: Virtual Products, Website, Focal Atention, Emotions, Human Behaviors
DOI: 10.54941/ahfe100873
Cite this paper
More from this volume
- Necessity of distance learning implementation during the pandemic: modern reality of Ukrainian universities
- How to Design Assembly Instructions
- Correctional and Developmental Work for Children With Down’s Syndrome and Children with Autism by Means of Color and Music Therapy
- Voice Controlled Devices: Awareness, Usage, and Reservations of Young Adults
- Imparting Media Literacy to the Elderly Evaluating the Efficiency and Sustainability of a two-part Training Concept
- Measuring Quality of Mediated Social Communication
- Youth Center Management: Training the Trainers for The "Effective Management of Youth Centers" Program
- Lesson Learned of Tablet Course for Semi-literate Immigrants
- Machine learning agent to recommend the best modality for takeover during conditionally automated driving
- An approach for steering advancement in motorcycle riding simulation
- Design of Three-Dimensional Pine Tree Geometry and the Radiation Heat Exchanges in Fire Environments
- Design of a Ventilation System Using a Vertical Confluent Multi-jets System


AHFE Open Access