A hybrid neural policy operating in impulse space enables physics-based characters to track exaggerated, dynamically infeasible motions that standard DRL methods cannot stabilize.
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A finite-element method extends 2D odeco integrability to 3D surfaces to generate shear-free quadrilateral meshes with automatic singularity placement and minimized area or stretch distortion under alignment and sizing constraints.
A measure-driven visual analytics method detects and boosts linearization artifacts in 1D orderings of 2D spatiotemporal data via glyphs, halos, and hatching, shown in a COVID-19 incidence usage scenario.
Embedded bar charts and area-overlaid marks outperform bivariate color and angle-based marks for reading distributions of edge values in adjacency matrices.
Interviews with practitioners and educators yield a systematic account of annotation design considerations, trade-offs, and contextual judgments in visualization practice.
A deep network with an order-independent fusing layer estimates SVBRDF from variable numbers of uncalibrated handheld flash photos and improves with more inputs.
A point cloud decoder using Adaptive Instance Normalization outperforms prior methods in auto-encoding, upsampling, and single-view reconstruction tasks.
Method for generating minimum-weight structurally robust shell objects from 3D models using Laplacian parametrization to ensure intersection-free inner boundaries during stress-based thickness optimization.
Visualization researchers propose traceability—recording abundant annotated artifacts, reporting curated research threads, and enabling reading via interfaces—as a way to ensure rigor and transparency in inherently unreproducible design processes.
Hybrid fabrication combining Zometool infill structures with 3D-printed thin shells, plus an optimization framework to balance printability, cost, and complexity.
citing papers explorer
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Neural Assistive Impulses: Synthesizing Exaggerated Motions for Physics-based Characters
A hybrid neural policy operating in impulse space enables physics-based characters to track exaggerated, dynamically infeasible motions that standard DRL methods cannot stabilize.
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Surface Quadrilateral Meshing from Integrable Odeco Fields
A finite-element method extends 2D odeco integrability to 3D surfaces to generate shear-free quadrilateral meshes with automatic singularity placement and minimized area or stretch distortion under alignment and sizing constraints.
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Visual Boosting Techniques for Spatiotemporal Dense Pixel Visualizations
A measure-driven visual analytics method detects and boosts linearization artifacts in 1D orderings of 2D spatiotemporal data via glyphs, halos, and hatching, shown in a COVID-19 incidence usage scenario.
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Evaluating Encodings for Bivariate Edges in Adjacency Matrices
Embedded bar charts and area-overlaid marks outperform bivariate color and angle-based marks for reading distributions of edge values in adjacency matrices.
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Designing Annotations in Visualization: Considerations from Visualization Practitioners and Educators
Interviews with practitioners and educators yield a systematic account of annotation design considerations, trade-offs, and contextual judgments in visualization practice.
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Flexible SVBRDF Capture with a Multi-Image Deep Network
A deep network with an order-independent fusing layer estimates SVBRDF from variable numbers of uncalibrated handheld flash photos and improves with more inputs.
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A Convolutional Decoder for Point Clouds using Adaptive Instance Normalization
A point cloud decoder using Adaptive Instance Normalization outperforms prior methods in auto-encoding, upsampling, and single-view reconstruction tasks.
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Structural Design Using Laplacian Shells
Method for generating minimum-weight structurally robust shell objects from 3D models using Laplacian parametrization to ensure intersection-free inner boundaries during stress-based thickness optimization.
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Reflections on Traceability for Visualization Research
Visualization researchers propose traceability—recording abundant annotated artifacts, reporting curated research threads, and enabling reading via interfaces—as a way to ensure rigor and transparency in inherently unreproducible design processes.
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ZomeFab: Cost-effective Hybrid Fabrication with Zometools
Hybrid fabrication combining Zometool infill structures with 3D-printed thin shells, plus an optimization framework to balance printability, cost, and complexity.