Agenda

    Legged Locomotion Workshop Agenda  
Start Time Speaker Topic Institution
Wednesday      
18:00-21:00   Workshop Reception - MIT Faculty Club (Hors d'oeuvres)  
    50 Memorial Drive, 6th Floor (Sloan Building)  
Thursday   Cambridge, MA 02138  
7:00 Breakfast MIT Room NE43-518 545 Technology Square, Cambridge, MA, 02139  
7:15  
7:30  
7:45  
8:00 Randy Beer Pattern Generation and Sensory Feedback in Evolved Model Neural Circuits Case Western
8:15
8:30 Hillel Chiel Biomechanics and Control of Muscular Hydrostatic Structures Case Western
8:45
9:00 Roy Ritzmann Kinematics and Muscle Activation of Cockroach Legs Case Western
9:15
9:30 Roger Quinn Biomechanics and Control of a Pneumatically Actuated Cockroach-Like Robot Case Western
9:45
10:00 Sasha Zill Sensory Feedback and Control of Cockroach Walking Marshall
10:15
10:30 Ralph DiCaprio Measuring Forces in an Insect Leg Ohio University
10:45
11:00 Lunch at Bertucci's    
11:15    
11:30    
11:45    
12:00    
12:15    
12:30    
12:45    
13:00 Discussion Case Western, Ohio University, Marshall Work  
13:15  
13:30 Bob Full Dynamics of Legged Polypedal Locomotion UCB
13:45
14:00 Keller Autumn Maneuverability of Legged Locomotors UCB
14:15 Devin Jindrich Stability of Hexapedal Locomotion UCB
14:30 Anna Ahn Integration of Musculo-Skeletal Actuators UCB
14:45 Marlene Martinez Hydrodynamics of Legged Aquatic Locomotion UCB
15:00 Discussion UCB Work UCB
15:15
15:30 Coffee Break    
15:45 Helen Greiner Autonomous Underwater Robots ISR
16:00 Chi Won Ariel System Overview ISR
16:15 Colin Angle Holonomic Walking Mechanisms ISR
16:30 Matt Arnold Walking Robot Technology K2T
16:45 TBA    
17:00 Narendra Ahuja Omnifocused Panaramic/Range Images for Legged Robots Illinois
17:15
17:30 Tony Lewis Visuomotor Integration: What's the buzz about bees? Illinois
17:45
18:00 Discussion ISR, K2T, Illinois Work  
18:15  
18:30 Bus to Harbor Cruise Bus will leave from 545 Technology Sq. (NE43) promptly at 6:30pm.  
18:45    
19:00 Harbor Cruise    
19:15 Appetizers    
19:30      
19:45 Dinner on Boat    
20:00      
20:15      
20:30      
20:45      
21:00      
21:15      
21:30      
21:45      
22:00 Bus from Harbor Cruise    
22:15    
       
Friday      
7:30 Breakfast    
7:45    
8:00    
8:15    
8:30 George Bekey Static Stability in Slow Quadruped Locomotion USC
8:45
9:00 Guarav Sukhatme MENO: A Statically Stable Slow Quadruped USC
9:15 Joel Hoff A Cerebellar Approach to Adaptive Locomotion for Legged Robots USC
9:30 Discussion USC Work  
9:45  
10:00 Emilio Bizzi Modular Organization of the Vertebrate Spinal Cord MIT BCS
10:15
10:30 Philippe Saltiel Spinal Cord Rhythmic Activity MIT BCS
10:45 Neville Hogan Temporal Primitives in arm movement MIT Mech. E.
11:00
11:15 Joseph Doeringer Movement Intermittency persists without vision MIT Mech. E.
11:30 Discussion USC, MIT BCS, MIT Mech E. Work  
11:45  
12:00 NE43-518 Lunch    
12:15    
12:30    
12:45 Benny Hochner The Octopus Arm as a Model System for Motor Control of a Flexible Arm Hebrew University
13:00
13:15 Tamar Flash Kinematic Study Weizmann Institute
13:30
13:45 Yoram Gutfreund Physiological Study Hebrew University
14:00 Ranit Aharonov Theoretical Study Hebrew University
14:15 Discussion Hebrew University work  
14:30  
14:45 Gill Pratt An Overview of MIT Leg Lab Research MIT Leg Lab
15:00 Jerry Pratt Virtual Model Control of Spring Flamingo MIT Leg Lab
15:15 Daniel Paluska Let there be Luxo - a real 2 DOF hopper MIT Leg Lab
15:30 David Robinson Successful Control of Transients in Blind Walking MIT Leg Lab
15:45 Peter Dilworth Recent Development of Trudy - an autonomous bipedal robot modeled after the Troodon Dinosaur MIT Leg Lab
16:00 Rob Ringrose Passive Dynamic Running MIT Leg Lab
16:15 Andrew Allen The Blob II - an autonomous shape-changing robot MIT Leg Lab
16:30 John Hu Magnebots - wireless MEMS robots energized by a magnetic field MIT Leg Lab
16:45 Discussion MIT Leglab Work  
17:00  
17:15 MIT Robot Lab Tour    
17:30    
17:45    
18:00    
18:15    
18:30    
18:45    
19:00 MIT Leglab Apres-Workshop    
19:15    
19:30    
19:45    
20:00    
20:15    
20:30    
20:45    
21:00    
21:15    
21:30    
21:45    

Last Updated on 5/30/97
By Gill A. Pratt