44 results for “topic:robocon”
The parallel quadruped robot dog with a miniature-like structure, which uses joint motors from Unitree Technology, will have its control software and visual algorithms open-sourced later.
2022年度高専ロボコンで用いた紙飛行機の発射機構の操縦アプリ
2016年亚太大学生机器人大赛HybridRobot源码
Fastest way to turn your robot files into an event driven service. ⚡️🤖
80A級モータードライバ 制作期間:2022/01/18頃～ 名前:DriveUnit Bseries
A rewrite of shepherd
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🤖 Robocon robot API library for Raspberry Pi and Pi Cam
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Student Robotics' robot API library, updated for Raspberry Pi.
Implementation of IIT Delhi's Robot for ROBOCON 2016
👨🌾 Shepherd is the code management system used on the RoboCon brains
New RoboCon website :)))
Differential Drive based Robot
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The code explains how to code an Arduino to run a Square Chassis with 4 Mechanum Wheels in all directions
にんにくいれますか？
The main circuit for the NHK Robot Contest designed by Gento Aiba
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VS Code Extension for Controlling Robots
This project allows remote control of motors and servos using a Micro:bit via Bluetooth. Commands like "up", "down", "left", "right", "stop", and "servo" are sent over Bluetooth to control motion and servo angles in real-time.
Top-Level ROS Code for Robocon2018
3d models of robots to play a game between two teams (Team 1: “Seeker” and Team 2: “Hitter”) and the game starts by throwing a ball by the seeker to break a stone tower called “Lagori” (see figure below). While the seekers try to pile up the stones again, the hitter throws balls to interrupt them.
🐑 Nicer editors for shepherd
BluDash App - Panav @IIT Patna
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Automate the task of shooting the ball using opencv and yolo object detection.
Source code of multi-camera detect system using YOLO and TensorRT for ABU ROBOCON2024.
Theme of the competition: Throwing Arrows into the pot. In this game, each team designs two robots. One robot can pick up arrows and throw them to the five pots located on the field, but is restricted to the outer area of the field. The other robot, in addition to throwing arrows from the outer area, can navigate through both the outer and inner area of the field, rotating pots, blocking throwing attempts of the opponent, or handing leftover arrows on the field to the first robot.