关注
Lei Zhang
Lei Zhang
在 uh.edu 的电子邮件经过验证
标题
引用次数
引用次数
年份
Enhanced vector field visualization via Lagrangian accumulation
L Zhang, D Nguyen, D Thompson, R Laramee, G Chen
Computers & Graphics 70, 224-234, 2018
102018
Flow Visualization Based on A Derived Rotation Field, Visualization and Data Analysis
L Zhang, RS Laramee, D Thompson, A Sescu, G Chen
Visualization and Data Analysis, 2016
10*2016
An Integral Curve Attribute Based Flow Segmentation
L Zhang, RS Laramee, D Thompson, A Sescu, G Chen
Journal of Visualization, 2016
82016
Compute and Visualize Discontinuity Among Neighboring Integral Curves of 2D Vector Fields
L Zhang, RS Laramee, D Thompson, A Sescu, G Chen
Topology-Based Methods in Visualization II, Mathematics and Visualization, 2015
72015
Analysis enhanced particle-based flow visualization
L Shi, L Zhang, W Cao, G Chen
Electronic Imaging 29, 12-21, 2017
62017
Physics‐based Pathline Clustering and Exploration
DB Nguyen, L Zhang, RS Laramee, D Thompson, RO Monico, G Chen
Computer Graphics Forum 40 (1), 22-37, 2021
52021
Unsteady flow visualization via physics based pathline exploration
DB Nguyen, L Zhang, RS Laramee, D Thompson, RO Monico, G Chen
2019 IEEE Visualization Conference (VIS), 286-290, 2019
52019
A Stream Ribbon Seeding Strategy.
D Rees, RS Laramee, DB Nguyen, L Zhang, G Chen, H Yeh, E Zhang
EuroVis (Short Papers), 67-71, 2017
42017
Vector Fields Segmentation Based on Integral Curve Attributes
L Zhang, RS Laramee, D Thompson, A Sescu, G Chen
China Visualization, 2015
12015
Correlation study on attributes of unsteady flows
M Berenjkoub, L Zhang, G Chen
2017 IEEE Visualization Conference (VIS), 1-6, 0
1
The*-Operator: A Rotation Operator For Flow Analysis and Visualization
G Chen, L Zhang, D Thompson, A Sescu, RS Laramee
2014
Physics based Pathline Clustering and Exploration–Supplemental Document
DB Nguyen, L Zhang, RS Laramee, D Thompson, RO Monico, G Chen
Enhanced Vector Field Visualization via Lagrangian Accumulation Supplemental Material: Discussion and Additional Results
L Zhang, D Nguyen, D Thompson, R Laramee, G Chen
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