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1
Introduction
2
Satishs background
3
Why Linux
4
Boiling Water
5
Challenges
6
Deployment
7
Computer
8
Hardware
9
Troubleshooting
10
Polar Bear
11
Sonar
12
Temperature
13
Deployment constraints
14
Buoy structure
15
Battery management
16
Software Updates
17
Temperature Testing
18
Software Testing
19
Backstory
20
Power Level
21
Batteries
Description:
Explore the technical and design challenges of developing autonomous Linux-powered Arctic buoys in this 43-minute conference talk by Satish Chetty from Hera Systems. Discover how low-cost, commercial off-the-shelf components are utilized to create an extreme environment sensor data gathering platform that measures albedo, weather, and water temperature. Learn about the custom embedded Linux system optimized for efficient solar and battery power usage, as well as the implementation of various low-cost, high-accuracy sensors and satellite/terrestrial wireless communications. Gain insights into addressing issues such as custom kernel building, Linux drivers, frame grabbing, power limitations, clock drifts due to low temperature, summer melt challenges, sensor failures, and intermittent communication problems. Delve into the speaker's background in embedded Linux, robotics, and polar research technology, and understand the importance of Linux in this embedded environment. Follow the journey from initial concept to deployment, exploring hardware considerations, troubleshooting techniques, and software updates for these autonomous Arctic buoys. Read more

Linux Powered Autonomous Arctic Buoys

Linux Foundation
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