Painting image browser applying an associate-rule-aware multidimensional data visualization technique

Abstract

Exploration of artworks is enjoyable but often time consuming. For example, it is not always easy to discover the favorite types of unknown painting works. It is not also always easy to explore unpopular painting works which looks similar to painting works created by famous artists. This paper presents a painting image browser which assists the explorative discovery of user-interested painting works. The presented browser applies a new multidimensional data visualization technique that highlights particular ranges of particular numeric values based on association rules to suggest cues to find favorite painting images. This study assumes a large number of painting images are provided where categorical information (e.g., names of artists, created year) is assigned to the images. The presented system firstly calculates the feature values of the images as a preprocessing step. Then the browser visualizes the multidimensional feature values as a heatmap and highlights association rules discovered from the relationships between the feature values and categorical information. This mechanism enables users to explore favorite painting images or painting images that look similar to famous painting works. Our case study and user evaluation demonstrates the effectiveness of the presented image browser.

iPoet: interactive painting poetry creation with visual multimodal analysis

“…Kang et al (Kang et al 2018) analyze paintings' emotions by matching the primary colors with emotions to define a similarity metric for recommendations. Kaneko et al (2020) propose a content-based image browser to visualize image features such as color temperature, composition, and author information. However, these works only serve for content retrieval and exploration purpose.…”

A language to analyze, describe, and explore collections of visual art

“…There are personalized digital archives that go beyond the primary purpose of making individual or groups of images from the field of visual art available [4]. Recent browser developments have aimed to help people find images in large collections or to examine and compare images and image groups [5][6][7]. In contrast, the proposed LadeCA language, which allows users to analyze, describe, and explore collections of visual art, focuses less on individual images and instead focuses on image sets and their properties to make large image sets accessible as a whole.…”