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1
Intro
2
Overview
3
What is a Hillclimb event?
4
Bulahdelah Hillclimb
5
How is the event run?
6
Unique Challenges
7
Safety Considerations
8
Knowledge Constraints
9
Additional Requirements
10
System Architecture
11
What makes up a node?
12
Node Hardware
13
Custom Cape Design
14
First Prototype
15
Version 2
16
External Hardware
17
Software prototyping
18
Python!
19
Oh Noes!
20
Dead Pythons!
21
Application V2.0
22
Timing node modules
23
Control Logic Modules
24
Comms module
25
Timing Event Example
26
Network configuration
27
Timing Control UI
28
Results Processing
29
Event Performance
30
Future Improvements
Description:
Explore the challenges and solutions in designing a custom millisecond-accurate timing system for motorsport events using open-source software and tools. Learn about the unique requirements, including remote timing points, difficult terrain, quick setup, and integrated safety systems. Discover how Beaglebones, custom hardware capes, and software interfaces were utilized to create a cost-effective alternative to expensive off-the-shelf solutions. Delve into the technical aspects involving Python, C, MQTT, wide area networking, and distributed time synchronization. Gain insights into the system architecture, hardware design iterations, software development challenges, and real-world performance in high-speed racing environments.

It's All About Timing

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