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Motion physics)
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231	Humanoid Motion Planning for Dual-Arm Manipulation and Re-Grasping Tasks Nikolaus Vahrenkamp∗ Dmitry Berenson† Add to Reading List Source URL: wwwiaim.ira.uka.de Language: English - Date: 2009-07-27 07:42:39 Physics Mathematics Robot control Computer vision Motion planning Inverse kinematics Humanoid robot Robotics Pose Robot kinematics Theoretical computer science Applied mathematics
232	UNIT FM Developing Ideas ACTIVITY 5: Changing Force-Strength and Mass Add to Reading List Source URL: nextgenpet.sdsu.edu Language: English - Date: 2015-01-30 12:10:43 Natural philosophy Motion Force Mass Cart Momentum Acceleration G-force Shopping cart Physics Physical quantities Classical mechanics
233	Robotics Lecture 2: Robot Motion See course website http://www.doc.ic.ac.uk/~ajd/Robotics/ for up to date information. Add to Reading List Source URL: www.doc.ic.ac.uk Language: English - Date: 2015-01-27 07:15:56 Mechanics Mechanical engineering Classical mechanics Holonomic Robotics Robot locomotion Degrees of freedom Motion planning Robot Physics Robot kinematics Mathematics
234	Beyond Basic Path Planning in C-Spaces Steven M. LaValle University of Illinois, Urbana-‐Champaign Substantial progress has been made Add to Reading List Source URL: www.cse.unr.edu Language: English - Date: 2012-12-20 19:29:38 Computational physics Motion planning Robot control Inverse kinematics Physics Kinematics Robot kinematics
235	Integrated Grasp and Motion Planning Nikolaus Vahrenkamp, Martin Do, Tamim Asfour and R¨udiger Dillmann Institute for Anthropomatics Karlsruhe Institute of Technology Adenauerring 2, 76131 Karlsruhe, Germany Email: {vah Add to Reading List Source URL: wwwiaim.ira.uka.de Language: English - Date: 2010-02-16 01:25:56 Motion planning Theoretical computer science Robot end effector Humanoid robot ROS Collision detection Robot GRASP Physics Robot kinematics Robotics Computational physics
236	Efficient Motion Planning for Humanoid Robots using Lazy Collision Checking and Enlarged Robot Models Nikolaus Vahrenkamp, Tamim Asfour and R¨udiger Dillmann Institute of Computer Science and Engineering University of K Add to Reading List Source URL: wwwiaim.ira.uka.de Language: English - Date: 2007-08-10 04:41:22 Search algorithms Physics Computational physics Applied mathematics Mathematics Motion planning Rapidly-exploring random tree Probabilistic roadmap Collision detection Robot control Robot kinematics Theoretical computer science
237	Motion Planning for Robots with Active Mechanical Compensation Gustavo Arechavaleta, Felipe A. Machorro-Fern´andez and Vicente Parra-Vega Abstract— Our interest is in steering robotic systems with active mechanical co Add to Reading List Source URL: iros2011.org Language: English - Date: 2011-09-21 06:59:57 Mechanical equilibrium Statics Kinematics Kinematic chain Motion planning Equations of motion Robot kinematics Physics Classical mechanics
238	Homework: Harmonic motion in two dimensions Name 1. The potential energy function for a 2-D oscillator may be written: U(x, y) = ½ k1x2 + ½ k2y2. Show that component differential equations of motion are separable, and Add to Reading List Source URL: faculty.gvsu.edu Language: English - Date: 2013-11-26 08:59:21 Mechanics Harmonic oscillator Oscillation Equations of motion Quantum harmonic oscillator Quantum mechanics Physics Ordinary differential equations Classical mechanics
239	Pretest: Simple harmonic motion Name 1. A spring is used to connect a block to a wall. (Neglect the mass of the spring, and Add to Reading List Source URL: faculty.gvsu.edu Language: English - Date: 2013-11-26 08:59:03 Pendulums Mechanics Harmonic oscillator Oscillation Simple harmonic motion Quantum harmonic oscillator Anharmonicity Physics Ordinary differential equations Classical mechanics
240	arXiv:1306.1933v4 [quant-ph] 21 MayTesting the effects of gravity and motion on quantum entanglement in space-based experiments David Edward Bruschi1 ,Carlos Sab´ın2 , Angela White 3 , Valentina Baccetti 4 , Dan Add to Reading List Source URL: xxx.lanl.gov Language: English - Date: 2014-05-22 14:47:43 Theoretical physics General relativity Gravitation Quantum field theory Introduction to quantum mechanics Quantum entanglement Equivalence principle Mass Field Physics Quantum mechanics Introductory physics

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