Curve Construction for Virtual Hand Modeling and Manipulation

P. Chen; Y.X. Yao; L. Zhou; P.J. Xia

doi:10.4028/www.scientific.net/AMR.188.701

Paper Titles

Process Simulation and Process Parameter Optimization of Large Automobile Cover Die Hard Milling
p.685

The Impeller Five-Axis NC Machining Simulation Based on UG NX 7.5
p.689

Vibration Modeling and Analysis of Large Thin-Walled Cylinder Workpiece in Turning Ring Groove of Inner Hole
p.693

UG-Based Parametric Design of Copy Milling Cutters
p.697

Curve Construction for Virtual Hand Modeling and Manipulation
p.701

Study on CAD/CAM Software System of Machining Spatial Curved Surface by WEDM
p.705

Establishing of Constitutive Equation of ZGMn13 Steel and Cutting Simulation Test
p.711

Numerical Investigation on Particle Velocity in Cold Spraying of Hydroxyapatite Coating
p.717

Military Vehicle Start-Up Process Simulation and Analysis Based on Matlab
p.723

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 188Curve Construction for Virtual Hand Modeling and...

Curve Construction for Virtual Hand Modeling and Manipulation

Abstract:

In this paper, a curve description of human hand anterior surface is proposed. In a hybrid motion capture framework, template matching and Camshift algorithms are applied to track the colored markers and “V” shape labels attached on Cyberglove. 3D positions of nodes are computed from left and right images and regarded as the points passing through B-Spline curve. Control points of the curve are computed and the simulated curve in 3D space is demonstrated. The constructed curve can be used for virtual hand modeling and manipulation.