"Rugged Reliable Robotics," a Presentation from Carnegie Robotics
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Transcript of "Rugged Reliable Robotics," a Presentation from Carnegie Robotics
Chris Osterwood [email protected]
Carnegie Robotics Rugged Reliable Robotics
Founded in 2010 as a spin out of NREC.
Mission is to be a supplier of robust robotic
products across a variety of industries: military,
agriculture, mining, research.
Standard products and custom development.
60 FT staff, 2/3 is engineering.
Chris Osterwood [email protected]
Robotic “Product Development” - Historical
• Current Conditions:
• Automotive, consumer electronics, and industrial automation markets generate many useful
starting points.
• Robotic applications are small, have demanding requirements, small development budgets and
schedule.
• Results for system integrators:
• Select components are non-optimal design from a size, weight, environmental, interface, and/or
power perspective.
• They build much of the supporting infrastructure for their actual product & reinventing the wheel
separately.
• Result for the industry : Good & reusable components are not available.
Chris Osterwood [email protected]
Robotic “Product Development” - Historical
• Current Conditions:
• Automotive, consumer electronics, and industrial automation markets generate many useful
starting points.
• Robotic applications are small, have demanding requirements, small development budgets and
schedule.
• Results for system integrators:
• Select components are non-optimal design from a size, weight, environmental, interface, and/or
power perspective.
• They build much of the supporting infrastructure for their actual product & reinventing the wheel
separately.
• Result for the industry : Good & reusable components are not available.
Chris Osterwood [email protected]
Carnegie Robotics Product Development Cycle
• Carnegie Robotics is break the cycle by:
• Identifying underserved robotic applications with overlapping
requirements.
• Finding the right first customers.
• Taking risks.
• Investing in key areas of need : perception, positioning, power.
Chris Osterwood [email protected]
MultiSense S7, S21, & SL
Color overlay by depth on 2MP image.
Single frame of data, straight from S7.
3D point cloud constructed by software downstream of SL
Visual odometry on stereo + LIDAR
• All stereo processing performed onboard. Camera is permanently calibrated at the factory.
• Implements high-quality Semi-Global-Matching (Hirschműller SGM) stereo algorithm in FPGA logic.
• User’s choice of 2 billion SGM pixel-disparities per second from onboard FPGA processor:
• Gigabit Ethernet output of disparities and rectified images (user-selectable image types, frame-rate).
• IP-68 rating, 8 watts, MIL-STD-810G, -40oC to 60oC, monitors temp., humidity, and pressure. MEMs IMU.
Chris Osterwood [email protected]
Autonomous Mine Detection System
Photos on this slide are Approved for Public Release by
US Army RDECOM CERDEC NVESD on March 6 2012.
Photos are from year 1 of a 2 year technical risk reduction
effort preceding the AMDS program of record EMD Phase,
awarded to CRL in 2014.
Carnegie Robotics was the prime & principal designer of
this Talon payload that turns it into a IED and Mine
detection platform.
Chris Osterwood [email protected]
RowBot LLC
• CRL has partnered with RowBot, LLC to design &
commercialize an in-row, autonomous, nitrogen
delivery robot for corn fields.
• Vehicle was purpose designed for this task by CRL.
• Navigation, in-row guidance, and obstacle detection
via Precision GPS and our MultiSense SL 3D sensor.
• Diesel engine powering a 4WD hydraulic system with
actuated center steering linkage.
• Orange body is the gas & nitrogen storage tanks.
• Single technician can operate four systems
simultaneously.