LearningRoboCup
RoboCup Overview
Introduction to RoboCup competition - history, leagues, and goals
RoboCup Overview
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RoboCup Overview
RoboCup adalah kompetisi robotika internasional yang bertujuan untuk memajukan riset AI dan robotika melalui tantangan yang terstandarisasi.
Goal RoboCup: "By 2050, develop a team of fully autonomous humanoid robot soccer players that can win against the human World Cup champions."
What is RoboCup?
RoboCup (Robot World Cup) dimulai pada tahun 1997 di Nagoya, Jepang. Sejak saat itu, kompetisi ini telah menjadi benchmark utama untuk riset robotika dan AI.
Mission
- Mendorong riset AI dan robotika
- Menyediakan platform benchmarking standar
- Memfasilitasi knowledge sharing antar tim
- Mengembangkan teknologi untuk aplikasi dunia nyata
RoboCup Leagues
| League | Description | Robots |
|---|---|---|
| Soccer | Robot playing soccer | Humanoid, Standard Platform, Small Size, Middle Size |
| Rescue | Search and rescue scenarios | Ground, aerial robots |
| @Home | Domestic service robots | Service robots |
| Industrial | Logistics and manufacturing | Industrial robots |
| Junior | For students under 19 | Various platforms |
RoboCup Soccer
Tim BASCORRO berkompetisi di RoboCup Soccer Humanoid League.
Soccer Leagues Comparison
| League | Robot Type | Size | Autonomy |
|---|---|---|---|
| Humanoid | Bipedal humanoid | Kid/Adult/Teen | Fully autonomous |
| Standard Platform | NAO robots | 58cm | Fully autonomous |
| Small Size League | Wheeled robots | 18cm max | Centralized + Local |
| Middle Size League | Wheeled robots | 50cm | Fully autonomous |
| Simulation | Virtual agents | N/A | Software only |
Topics in This Track
Humanoid League
Detail tentang Humanoid League - rules, robot specs, challenges
Team Play Strategy
Multi-robot coordination dan game strategy
RoboCup Timeline
1997 - RoboCup pertama di Nagoya, Jepang
2002 - Humanoid League dimulai
2015 - BASCORRO didirikan
2024 - RoboCup di Eindhoven, Netherlands
2025 - RoboCup di Salvador, Brazil
2050 - Goal: Beat human World Cup championsKey Technical Challenges
1. Locomotion
- Stable bipedal walking
- Running and sprinting
- Getting up after falling
2. Vision
- Ball detection in varying lighting
- Goal and field line recognition
- Robot and obstacle detection
3. Localization
- Self-localization on the field
- Dealing with symmetric field
- Recovery from kidnapping
4. Strategy
- Role assignment
- Formation and positioning
- Game state handling
5. Team Coordination
- Communication between robots
- Collaborative behaviors
- Opponent modeling
Competition Format
Typical Match
| Phase | Duration | Description |
|---|---|---|
| Setup | 5 min | Robot placement and calibration |
| Half 1 | 10 min | First half of the match |
| Half Time | 5 min | Strategy adjustment |
| Half 2 | 10 min | Second half of the match |
Scoring
- Goal: 1 point
- Win: 3 points
- Draw: 1 point each
- Loss: 0 points
How to Prepare
Technical Preparation
-
Hardware
- Ensure all servos are functional
- Calibrate sensors
- Check battery capacity
-
Software
- Test all behaviors
- Validate vision pipeline
- Stress test communication
-
Integration
- Full system testing
- Multi-robot scenarios
- Recovery procedures
Team Preparation
- Define roles and responsibilities
- Practice setup procedures
- Prepare troubleshooting guides
- Document known issues