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Spring 2017 Mechatronics Design Lab - Design an autonomous racing vehicle which can follow a curving and self-crossing racetrack at speeds greater than 3 meters per second using an optical sensor.

inst.eecs.berkeley.edu/~ee192/sp17/

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Name		Name	Last commit message	Last commit date
Latest commit History 36 Commits
DualCamerasTesting		DualCamerasTesting
Race2		Race2
Steering_PD_ver_1		Steering_PD_ver_1
cp1/Skeleton_World		cp1/Skeleton_World
cp10		cp10
cp10_completed		cp10_completed
cp5		cp5
cp6		cp6
cp8		cp8
cp9		cp9
integrated_ver1		integrated_ver1
new_MCU_driving		new_MCU_driving
new_MCU_velocity_only		new_MCU_velocity_only
race1		race1
race2_24.2_seconds		race2_24.2_seconds
race2_24.2_seconds_fast_analog_read		race2_24.2_seconds_fast_analog_read
race2_27_seconds		race2_27_seconds
race2_4_22		race2_4_22
race2_PD		race2_PD
EE192_Sp17_Team01_combo.brd		EE192_Sp17_Team01_combo.brd
EE192_Sp17_Team01_combo.sch		EE192_Sp17_Team01_combo.sch
README.md		README.md

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Sp17_team1

Chris Berthelet, David Domingez Hooper, Nick Crispie

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Spring 2017 Mechatronics Design Lab - Design an autonomous racing vehicle which can follow a curving and self-crossing racetrack at speeds greater than 3 meters per second using an optical sensor.

inst.eecs.berkeley.edu/~ee192/sp17/

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