The Influence of the Perception of Visualized Data on Service Usability
Abstract
With the spread of the Internet, all types of individuals come into contact with data on a daily basis and are required to correctly select, perceive, and utilize the data. In the residential environment, smart homes are accelerating, and the integrated management of devices and appliances in homes has become easier through apps and touch panels. However, in current smart home system management platforms, information is not presented appropriately for the purpose of using the system and devices. In addition, the presented data are complex, as they are a composite of data from different scales, making them difficult to perceive consistently. The presentation of Visualized Data for smart home management is often intended to promote energy and power savings. However, the “rebound effect,” where reduced energy costs lead to increased consumption, remains problematic. To address this, Visualized Data must be continuously perceived. Therefore, this research aims to classify the ease of perception of data and to examine methods of visualizing data to promote continuous perception. The survey revealed that concise and clear data with appropriate context or highlighted elements are easier to perceive.
Keywords: Visualized Data, Perceptual Characteristics, Smart Home
DOI: 10.54941/ahfe1006422
Cite this paper
More from this volume
- Transformative Approaches to Sustainability: Case Studies in Industry Strategy and Service Design
- Relationship between Planning and Ownership in the experience of using products
- Integrating Color Theory into Smart Desk Lighting System for Enhanced Productivity and Cognitive Function in Work Environments
- Human-AI Collaboration within Industrial Design: The Argyle Design Framework
- Provoking Students to Re-story Stakeholders in their Design Process
- Empathy and Interaction: Students Design Helpful Mobile App Concepts for Underserved Populations
- Types of Interaction-Based Information Conveyed Through LED-Based Robot Expressions
- Define, Design, Repeat, Refine
- Artifacts, Artifictions: Material Narratives in Design
- Taskscape Analysis: Provoking Depth in Product Development
- Designing Adaptive Wearables for Children with Cerebral Palsy: A Holistic Approach to Lifestyle-centric Garment Design
- Cohesive Design: A Desire-Driven Framework for Transformative Innovation


AHFE Open Access