Wed 11.17.21
Wed 11.17.21
Wed 11.17.21
Wed 11.17.21
data visualization, information visualization, visual analytics, scientific visualization, human-computer interaction, network visualization, graph drawing, explainable AI, natural-language interaction, immersive analytics, medicine, astronomy, perceptual psychology, vision science
data visualization, information visualization, visual analytics, scientific visualization, human-computer interaction, network visualization, graph drawing, explainable AI, natural-language interaction, immersive analytics, medicine, astronomy, perceptual psychology, vision science
data visualization, information visualization, visual analytics, scientific visualization, human-computer interaction, network visualization, graph drawing, explainable AI, natural-language interaction, immersive analytics, medicine, astronomy, perceptual psychology, vision science
data visualization, information visualization, visual analytics, scientific visualization, human-computer interaction, network visualization, graph drawing, explainable AI, natural-language interaction, immersive analytics, medicine, astronomy, perceptual psychology, vision science
Data visualizations are designed to leverage the impressive human visual bandwidth so that users can spot clusters, gaps, trends, outliers in the data within a fraction of a second. Visualizations, combined with interaction and animation techniques, can help experts interpret and explore complex data as well as gain confidence in their algorithmic results. Visualizations are highly effective tools for communicating with other analysts or stakeholders.
Data visualizations are designed to leverage the impressive human visual bandwidth so that users can spot clusters, gaps, trends, outliers in the data within a fraction of a second. Visualizations, combined with interaction and animation techniques, can help experts interpret and explore complex data as well as gain confidence in their algorithmic results. Visualizations are highly effective tools for communicating with other analysts or stakeholders.
Data visualizations are designed to leverage the impressive human visual bandwidth so that users can spot clusters, gaps, trends, outliers in the data within a fraction of a second. Visualizations, combined with interaction and animation techniques, can help experts interpret and explore complex data as well as gain confidence in their algorithmic results. Visualizations are highly effective tools for communicating with other analysts or stakeholders.
Data visualizations are designed to leverage the impressive human visual bandwidth so that users can spot clusters, gaps, trends, outliers in the data within a fraction of a second. Visualizations, combined with interaction and animation techniques, can help experts interpret and explore complex data as well as gain confidence in their algorithmic results. Visualizations are highly effective tools for communicating with other analysts or stakeholders.
Research on visualization involves understanding human perception and vision, visual encodings, design thinking, color choice, data simplification, interaction techniques, and animation techniques and designing the next generation of data analysis and communication tools.
Research on visualization involves understanding human perception and vision, visual encodings, design thinking, color choice, data simplification, interaction techniques, and animation techniques and designing the next generation of data analysis and communication tools.
Research on visualization involves understanding human perception and vision, visual encodings, design thinking, color choice, data simplification, interaction techniques, and animation techniques and designing the next generation of data analysis and communication tools.
Research on visualization involves understanding human perception and vision, visual encodings, design thinking, color choice, data simplification, interaction techniques, and animation techniques and designing the next generation of data analysis and communication tools.
Sequence Braiding from Di Bartolomeo et al. 2020 displays an overview of many temporal event sequences in a layered network visualization. This animation shows the multiple steps of the layout algorithm that goes into creating the final visualization. The visualization is showing how the blood glucose levels of a patient with diabetes changes across meals, with each line showing one of 24 days of data.
Sequence Braiding from Di Bartolomeo et al. 2020 displays an overview of many temporal event sequences in a layered network visualization. This animation shows the multiple steps of the layout algorithm that goes into creating the final visualization. The visualization is showing how the blood glucose levels of a patient with diabetes changes across meals, with each line showing one of 24 days of data.
