Effective presentation of age distributions through narrative visualizations can improve public understanding and engagement with health information.
Data visualization plays a crucial role in understanding and communicating the impact of the COVID-19 pandemic in India, enabling the exploration of infection patterns, vaccination efforts, and public health strategies.
This project utilizes advanced visualization tools like Plotly, Plotly.js, and D3.js to analyze global trends in terrorism, air quality, and population dynamics, providing interactive maps, timelines, and charts to gain insights into complex research topics.
Effective static visualization of data with large value ranges (orders of magnitude) can be achieved by separating the values into mantissa and exponent, and using appropriate visual encodings for each.
Data visualization is a crucial tool for comprehending and extracting insights from the vast and complex datasets of the big data era. It enables organizations to make informed decisions, communicate findings effectively, and drive innovation.
A deep learning-based framework that enables users to manipulate existing visualizations by expressing their tasks in natural language, without requiring knowledge of specific visualization commands.
Optimizing the visibility of symbols in categorical data visualizations by strategically adjusting their x-coordinates within a fixed y-coordinate layout.
Effectively communicating data uncertainty is crucial for informed decision-making, but different modes of communication (speech, text, visualization) have unique affordances and limitations. This research systematically explores how variations within each mode contribute to communicating uncertainty and impact decision-making.
Chart4Blind is an intelligent interface that simplifies the conversion of line charts into universally accessible formats, enhancing chart accessibility for blind and visually impaired individuals.
다양한 데이터 탐색 요구를 충족시키기 위한 사용자 주도적인 중요 시간 단계 선택 방법 소개