Python Code Collection for Robotics Algorithms
Collection of Python implementations of robotics algorithms for autonomous navigation: localization, SLAM, mapping, path planning, and path-tracking examples.
Collection of Python implementations of robotics algorithms for autonomous navigation: localization, SLAM, mapping, path planning, and path-tracking examples.
Overview of gear reducer role, structure, and common types (harmonic drive, RV, planetary, cycloidal) used in robotic joints to increase torque and precision.
Comprehensive survey of complete coverage path planning (CCPP) methods, covering random collision, cell decomposition, biologically inspired, template, and intelligent algorithms.
Survey of planar linkages for robot locomotion, detailing parallel four-bar, Chebyshev, Klann, Jansen, Peaucellier and Watt designs for walking mechanisms.
Technical guidance for designing scalable, high-power-density power distribution networks for mobile robots, covering 48 V architectures, modular converters and tethered power.
Comprehensive overview of robot visual servoing and machine vision: definitions, PBVS/IBVS classification, image Jacobian challenges, control issues and research directions.
Overview of an open-source GitHub library for robot path planning, implementing search-based (A*, Dijkstra) and sampling-based (RRT, RRT*) algorithms in Python.
Technical overview of industrial robot components — mechanical structure, control system, sensors, and communication interfaces — and their functions for precision manufacturing.
AI-designed robots: Northwestern's 'instant evolution' algorithm designs and 3D-prints soft walking robots from a block in 26 seconds.
Technical overview of Tesla Optimus using on-board vision for limb calibration, autonomous object classification, and closed-loop control in block-sorting tasks.
Design and fabrication of a magnetic-driven robot integrating in-situ motion programming and onboard pose sensing via 4D spray printing for GI applications.
Overview of electronic controller modules for industrial robots, covering robot controller architecture, motion control, sensors, EOAT, teach pendants, and system integration.