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Customized Effectors for Grasping
Approach: Customized effectors to adopt to complex shapes Connect the effectors using reconfigurable modules Customized shapes for modules Planar effector Concave effectors Cylindrical effector Spherical effector Theorem 1. Every polyhedron can be immobilized by three concave effectors. Theorem 2. Every general polyhedron can be immobilized by one planar and two concave effectors.
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Electronics Blocks Library
Library of complete circuits for quick, reusable, reliable PCB design 15 Full, Tested Blocks +3 on the way EAGLE’s ULP (User Language Program) Combine Blocks Connect Nets Compile documentation Multiple copies
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Nicola Bezzo, Matthew Turpin, Radoslav Ivanov, Junkil Park, Insup Lee
PPR Meeting Feb. 11th 2013 Nicola Bezzo, Matthew Turpin, Radoslav Ivanov, Junkil Park, Insup Lee GUI- based Programming Language Simplified programming language based on ROS ROBOT ACTUATORS UBUNTU OS ROS 2) Subscribe 1) Advertise ROS Master CONTROLLER Cruise Control Path Planning Obstacle Avoidance … CONTROLLER Cruise Control Path Planning Obstacle Avoidance … CONTROLLER Cruise Control Path Planning Obstacle Avoidance … 3) Host + Port 4) Topic Request Viewer Node Odometry Node 5) Topic Stream SENSOR 1 SENSOR n … ACTUATORS SENSORS
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Synthesizing Robot Designs (Sanjeev and Tarik Tosun)
Design an algorithm that, given two robot designs, can synthesize an optimal new design that implements both. Example: Walker / Manipulator Motivation: enabling a task-oriented modular robot design system that is novice-user friendly Methodology: Proceeding from a primarily topological perspective The eventual goal is to enable a system incorporating many more real-world constraints Robot designs represented as configuration graphs Capturing two designs in a single design requires a notion of configuration graph embedding Progress: Dynamic programming algorithm to test embedding of one design into another Currently working on an algorithm to synthesize an optimal new design.
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