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QUT-Motorsport
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QUTMS_Driverless
Welcome to the QUTMS Driverless team repository, used to develop perception, planning and control pipelines in ROS2 for a driverless FSAE racecar
MIT License
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TODO List
#185
Closed
b1n-ch1kn
closed
2 years ago
b1n-ch1kn
commented
2 years ago
Hardware:
[x] Get EBS integrated into brake system
[x] Buy copper washers from Kedron
[x] Bleed brake lines
[x] Mount computer boxes (#173)
[x] Design and review
[x] Send mounting plate for manufacture
[x] Send new 3D printed stands for flexy print
[x] Mount
[x] Install wiring harness (dependent on above) (#91)
[x] Manufacture driverless control panel + key cover
[ ] Install components into control panel + cover (#183, #184)
[x] Wire box internals
[x] Grommets through boxes??
[x] Full harness with final routing
[x] Run wires for ASSI lights and EBS dash light (coming later)
[x] ASSI Light (#68)
[x] Manufacture and assemble
[x] Design mounts/covers
[x] Wiring
[x] EBS dash light (#80)
[x] Drill hole in dash
[x] Insert LED
[ ] Label
[ ] Wiring
Software:
[x] (Operational) Integrate driverless state machine (#105)
[ ] (Operational) Fix Velodyne crashing CAN driver (#187)
[ ] (Operational) Interpret wheel speed data for car velocity (#188)
[x] (Operational) Output torque correctly (-100% to 100%) (#191)
[x] (Operational) Autonomous System Supervisor node (#189)
[x] (Comp) Lights and siren control (#68)
[ ] (Comp) LiDAR de-noising + optimising (#108)(#170)
[ ] (Comp) Wheel odometry into SBG (#188)
[x] (Comp) More robust reactive control
[ ] (Comp) Datalogger CAN driver and database file (#72)
[ ] Robust mapping for noisy odometry
[ ] Implement loop closure for mapping
[ ] Implement full path planning algorithm
[ ] Less cooked path following
Hardware:
Software: