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Cyber-Physical Systems Virtual Organization
Read-only archive of site from September 29, 2023.
CPS-VO
path planning for manipulators
file
Quasi-static Manipulation of a Kirechhoff Elastic Rod Based on Geometric Analysis of Equilibrium Configurations
Submitted by awhitesell on Fri, 02/10/2017 - 4:50pm
Science of Security
design and control
manipulation
manipulation planning
mechanics
NSA SoS Lablets Materials
path planning for manipulators
Science of Security
Theoretical Foundations of Threat Assessment by Inverse Optimal Control
UIUC
UIUC
NSA SoS Lablets Materials
Theoretical Foundations of Threat Assessment by Inverse Optimal Control
biblio
Quasi-Static Manipulation of a Kirchhoff Elastic Road Based on a Geometric Analysis of Equilibrium Configurations
Submitted by awhitesell on Fri, 02/10/2017 - 4:46pm
Science of Security
NSA SoS Lablets Materials
Science of Security
Theoretical Foundations of Threat Assessment by Inverse Optimal Control
UIUC
manipulation planning
manipulation
path planning for manipulators
mechanics
design and control
UIUC
NSA SoS Lablets Materials
Theoretical Foundations of Threat Assessment by Inverse Optimal Control
file
Quasi-static Manipulation of a Kirechhoff Elastic Rod Based on Geometric Analysis of Equilibrium Configurations
Submitted by awhitesell on Thu, 12/15/2016 - 4:27pm
Science of Security
design and control
manipulation
manipulation planning
mechanics
NSA SoS Lablets Materials
path planning for manipulators
Science of Security
Theoretical Foundations of Threat Assessment by Inverse Optimal Control
UIUC
UIUC
NSA SoS Lablets Materials
Theoretical Foundations of Threat Assessment by Inverse Optimal Control
biblio
Quasi-Static Manipulation of a Kirchhoff Elastic Road Based on Geometric Analysis of Equilibrium Configurations
Submitted by awhitesell on Thu, 12/15/2016 - 4:27pm
Science of Security
design and control
manipulation
manipulation planning
mechanics
NSA SoS Lablets Materials
path planning for manipulators
Science of Security
Theoretical Foundations of Threat Assessment by Inverse Optimal Control
UIUC
UIUC
NSA SoS Lablets Materials
Theoretical Foundations of Threat Assessment by Inverse Optimal Control
