This study aims to investigate the effects of shape, contrast, and visual force on the visual
weight of interface elements and provides corresponding experimental validations. The …

This paper reports the latest results of an ongoing research conducted to systematically
verify findings of previous researches and to address some related issues that were …

This article describes two experiments investigating the effects of manipulating two
compositional elements—symmetry and the number of compositional building blocks—on …

This article describes computational modeling and two corresponding experimental
investigations of the effects of symmetry, balance and quantity of construction elements on …

The purpose of this thesis was to develop a conceptual framework that shows the
relationship between aesthetics, performance, and preference in computer interface design …

Previous studies had found that people preferred curved visual objects. This study aimed to
explore the relationship between curvature and proportion of human-machine interface and …

Skeuomorphism and flat design, which are the most prevalent design styles, have both
striven for supremacy in interface design. A consensus has not been reached due to …

This article reports two experiments and the corresponding modeling research on the effects
of symmetry and the number of compositional elements on Chinese users' aesthetic ratings …

Aesthetic evaluation of increasingly complex and personalized human–computer interaction
interfaces serves as a critical bridge between humans and machines, fundamentally …

This article describes the experimental investigation of the effects of symmetry on judgments
of interface aesthetics. Thirty compositions were developed in order to validate symmetry …