Layout evaluation of interface of TV remote controls based on analytic hierarchy process
Abstract
In order to quantitatively evaluate the beauty of the interface layout of the TV remote control, six beautification metrics are selected: balance, symmetry, continuity, cohesion, integrity, simplicity, and regularity, and quantify them separately. The analytic hierarchy process is introduced to calculate the weight of each indicator, and a comprehensive beauty calculation formula method for the layout of interface elements is proposed. Taking the interface element layout design of several TV remote controllers sold in T-mall software as an example, the objectivity and accuracy of the calculation method for evaluating the aesthetic degree of interface element layout are verified, and the weight of each aesthetic element can be reflected. The degree of influence of indicators on the comprehensive beauty of the TV remote control interface design helps guide designers to understand the importance of each indicator to the TV remote control interface design, and to improve the interface layout design of such products.
Keywords: interface design, analytic hierarchy process, aesthetic measures, aesthetic features, design evaluation
DOI: 10.54941/ahfe1002882
Cite this paper
More from this volume
- Non-visual effects of CCT on drivers, evidence from EEG
- Drowsiness Prevention System in Automatic Driving -- Effects of Light Position on Comfortable and Unconscious Wakefulness During Driving
- When do People Expect Effortless In-Car Interactions?
- Involving users in Automotive HMI design: Design evaluation of an interactive simulation based on participatory design
- Investigating Effects of Assistance Systems For Visually Impaired Drivers at Preventing Traffic Accidents
- Exploring remote operation of heavy vehicles – findings from a simulator study
- Interaction between humans and autonomous systems: Human facing explanatory interface for an urban autonomous passenger ferry
- Comparing Electrostatic and Vibrotactile Feedback for In-Car Touchscreen Interaction using common User Interface Controls
- A design approach of proactive HMI based on smart interaction
- Micro-refresh to Restore Intellectual Concentration Decline during Office Work: An Attempt at Quantitative Effect Evaluation
- An Improved Body Operations Mitigating VR Sickness through Stepping Gaming Mat
- Effects of listening to sutra chanting during breaks in on-demand lecture attendance


AHFE Open Access