Modern Robotics (in English) >[ 1st Lecture | https://youtu.be/N7b_WMB6bVs ] >> 1. Preview >>> {{ pdf:mr_2020-1_-ln1-1.pdf | PDF }} >[ 2nd Lecture | https://youtu.be/nMfr-AZ2A0k ] >> 2.1 Degrees of Freedom of a Rigid Body >> 2.2 Degrees of Freedom of a Robot >>> {{ pdf:mr_2020-1_-ln1-2.pdf | PDF }} >[ 3rd Lecture | https://youtu.be/aCbS4fJAYQ0 ] >> 2.3 Configuration Space: Topology and Representation >> 2.4 Configuration and Velocity Constraints >> 2.5 Task Space and Workspace >>> {{ pdf:mr_2020-1_-ln1-3.pdf | PDF }} >[ 4th Lecture | https://youtu.be/vcgXTtiHSQs ] >> 3.1 Rigid-Body Motions in the Plane >>> {{ pdf:mr_2020-1_-ln2-1.pdf | PDF }} >[ 5th Lecture | https://youtu.be/6CB86MF2lAU ] >> 3.2 Rotations and Angular Velocities >>> {{ pdf:mr_2020-1_-ln2-2.pdf | PDF }} >[ 6th Lecture | https://youtu.be/fe1UFzkzMos ] >> 3.2 Rotations and Angular Velocities (2nd) >>> {{ pdf:mr_2020-1_-ln2-3.pdf | PDF }} >[ 7th Lecture | https://youtu.be/H4PAzTmJUh8 ] >> 3.3 Rigid-Body Motions and Twists >>> {{ pdf:mr_2020-1_-ln3-1.pdf | PDF }} >[ 8th Lecture | https://youtu.be/fxYWyyGuc70 ] >> 3.3 Rigid-Body Motions and Twists (2nd) >>> {{ pdf:mr_2020-1_-ln3-2.pdf | PDF }} >[ 9th Lecture | https://youtu.be/dfOBLeKswIs ] >> 3.3 Rigid-Body Motions and Twists (3rd) >> 3.4 Wrenches >>> {{ pdf:mr_2020-1_-ln3-3.pdf | PDF }} >[ 10th Lecture | https://youtu.be/iixtEl7sNlY ] >> 4.1 Product of Exponentials (PoE) Formula >>> {{ pdf:mr_2020-1_-ln4-1.pdf | PDF }} >[ 11th Lecture | https://youtu.be/5hTOnnMm66c ] >> 4.1 Product of Exponentials (PoE) Formula (2nd) >>> {{ pdf:mr_2020-1_-ln4-2.pdf | PDF }} >[ 12th Lecture | https://youtu.be/7ChkkefGSQY ] >> 5.0 Velocity Kinematics and Statics >>> {{ pdf:mr_2020-1_-ln6-1.pdf | PDF }} >[ 13th Lecture | https://youtu.be/KcD6xU8QHEE ] >> 5.1 Manipulator Jacobian >>> {{ pdf:mr_2020-1_-ln6-2.pdf | PDF }} >[ 14th Lecture | https://youtu.be/evgLBxwfnJ8 ] >> 5.2 Statics of Open Chains >> 5.3 Singularity Analysis >> 5.4 Manipulability >>> {{ pdf:mr_2020-1_-ln6-3.pdf | PDF }} >[ 15th Lecture | https://youtu.be/oJMvjMqNBeU ] >> 6.1 Analytic Inverse Kinematics >>> {{ pdf:mr_2020-1_-ln7-1.pdf | PDF }} >[ 16th Lecture | https://youtu.be/EBFReAu2bnM ] >> 6.2 Numerical Inverse Kinematics >> 6.3 Inverse Velocity Kinematics >>> {{ pdf:mr_2020-1_-ln7-2.pdf | PDF }} >[ 17th Lecture | https://youtu.be/FWDi8ljL6qc ] >> 7.1 Inverse and Forward Kinematics (IK and FK) >>> {{ pdf:mr_2020-1_-ln10-1.pdf | PDF }} >[ 18th Lecture | https://youtu.be/0PRDL8FrQPc ] >> 7.2 Differential Kinematics >>> {{ pdf:mr_2020-1_-ln10-2.pdf | PDF }} >[ 19th Lecture | https://youtu.be/shlOQeW-CpY ] >> 7.3 Singularities >>> {{ pdf:mr_2020-1_-ln10-3.pdf | PDF }} >[ 20th Lecture | https://youtu.be/q9eAOV68rjY ] >> 7.4 Exercise Solving >>> {{ pdf:mr_2020-1_-ln11-1.pdf | PDF }} >[ 21st Lecture | https://youtu.be/MP5rebiOv48 ] >> 8.1 Lagrangian Formulation >>> {{ pdf:mr_2020-1_-ln11-2.pdf | PDF }} >[ 22nd Lecture | https://youtu.be/5QAuEbcBCNk ] >> 8.2 Dynamics of a Single Rigid Body >>> {{ pdf:mr_2020-1_-ln12-1.pdf | PDF }} >[ 23rd Lecture | https://youtu.be/6youl8FFPG4 ] >> 8.3 Newton-Euler Inverse Dynamics >> 8.4 Dynamic Equations in Closed Form >> 8.5 Forward Dynamics of Open Chain >> 8.6 Dynamics in the Task Space >>> {{ pdf:mr_2020-1_-ln12-2.pdf | PDF }} >[ 24th Lecture | https://youtu.be/g_VXdRa2Uhg ] >> 11.1 Control System Overview >> 11.2 Error Dynamics >>> {{ pdf:mr_2020-1_-ln13-1.pdf | PDF }} >[ 25th Lecture | https://youtu.be/PAXDQKTcpoo ] >> 11.3 Motion Control with Velocity Inputs >>> {{ pdf:mr_2020-1_-ln13-2.pdf | PDF }} >[ 26th Lecture | https://youtu.be/susdjXK2h_s ] >> 11.4 Motion Control with Torque or Force Inputs >>> {{ pdf:mr_2020-1_-ln14-1.pdf | PDF }} >[ 27th Lecture | https://youtu.be/wLNMSpEBSnQ ] >> 11.5 Force Control >> 11.6 Hybrid Motion-Force Control >> 11.7 Impedance Control >> 11.8 Low-Level Joint Force/Torque Control >>> {{ pdf:mr_2020-1_-ln14-2.pdf | PDF }} > 중간고사 문제지와 답안지 >> {{ pdf:mr_2020-1_-ln9-midterm.pdf | PDF }} >> {{ pdf:mr_2020-1_-ln9-midterm-sol.pdf | PDF }} > 기말고사 문제지와 답안지 >> {{ pdf:mr_finalexam_2020-1_.pdf | PDF }} >> {{ pdf:mr_solutionfinalexam_2020-1_-rev.pdf | PDF }}