History

A brief chronological history of the RoboRoos Team. The history focuses on the changes to the RoboRoos various systems from 1998 onwards.

1998
ROBOCUP COMPETITION (Paris, France) Second Place Overall
MECHANICAL Initial Design. Differential (wheelchair) drive system.
MULTI-ROBOT CONTROL Simple System
NAVIGATION / ACTION Grid based navigation system.
MOTION CONTROL Robots able to traverse and align to goal locations.
ELECTRICAL First Design of main CPU board. Features Motorola's MC68332. NiCd Batteries
VISION First write.
CORE / SIMULATOR First write. Can compile robot code to simulator and robots.
1999
ROBOCUP COMPETITION (Stockholm, Sweden) Knocked out in the quarter final.
MECHANICAL Minor Changes
MULTI-ROBOT CONTROL MAPS (Multi-Agent Planning System) Potential field based system.
NAVIGATION / ACTION Conversion to reactive navigation system
MOTION CONTROL Added curve motion.
ELECTRICAL Minor Changes
VISION Rewrite.
CORE / SIMULATOR Minor Changes
2000
ROBOCUP COMPETITION (Melbourne, Australia) Knocked out in the semi final.
MECHANICAL New Goalie robot.
MULTI-ROBOT CONTROL Updating MAPS.
NAVIGATION / ACTION Minor changes
MOTION CONTROL Minor Changes
ELECTRICAL Conversion to NiMH Batteries
VISION Rewrite. Now uses blobs. New camera
CORE / SIMULATOR Minor Changes
2001
ROBOCUP COMPETITION (Seattle, USA) Knocked out in the quarter finals
MECHANICAL Complete mechanical redesign. Now have an omnidirectional drive system and a powerful crossbow kicker.
MULTI-ROBOT CONTROL Minor Overhaul
NAVIGATION / ACTION Overhaul to take advantage of new mechanical design.
MOTION CONTROL Rewrite to control new mechanical design.
ELECTRICAL Redesign for new mechanical design.
VISION Conversion to YUV. First go at perspective and lens correction.
CORE / SIMULATOR Rewrite to accomodate new mechanical design.
2002
ROBOCUP COMPETITION (Fukuoka, Japan) RoboRoos were knocked out in the round robin competition.
MECHANICAL Added a ball control device (dribbler).
MULTI-ROBOT CONTROL Addition of some new actions
NAVIGATION / ACTION Aquire ball and kick code update.
MOTION CONTROL Able to move with ball centred motion.
ELECTRICAL New WirelessSpread Spectrum Communication System (250kbs)
VISION Upgrade to a Basler FireWire camera. (Digital 640x480@88fps)
CORE / SIMULATOR Minor Changes.
2003
ROBOCUP COMPETITION (Padua, Italy) Second Place Overall.
MECHANICAL Dribbler simplified
MULTI-ROBOT CONTROL Rewrite of existing control system
NAVIGATION / ACTION Rewrite of existing system
MOTION CONTROL Analysis and optimisation of control system
ELECTRICAL None
VISION 70+ fps. Twin Camera system. Kalman Filter. New 'paint' colour calibration. Improvements to perspective and lens correction
CORE / SIMULATOR Complete Rewrite. Navigation moved from robots to PC. OpenGL Rendering Engine. Socketed AI/Vision System. Playback System
2004
ROBOCUP COMPETITION (Lisboa, Portugal) Second Place Overall.
MECHANICAL Next generation kicker (for 2005)
MULTI-ROBOT CONTROL Opponent classification, modelling, prediction and exploiting.
NAVIGATION / ACTION Newton method acquire ball
MOTION CONTROL None
ELECTRICAL Inertia Measurement Unit (for 2005)
VISION Auto field and region gaining, update for larger field
CORE / SIMULATOR Update for larger field