1 Full System Architecture
1.1 Low-cost distributed IMU motion sensing over industrial CAN bus, edge data forwarding to PC-side LabVIEW visualization & AI monitoring.
The schedule is delayed totally since I misuse Arduino CAN library w...
Hi everyone. In this blog, I will summarize my participation On The Line Design Challenge. Due to some personal free time constraints, I did not spend as much time as I want at beginning. For this reason, I restricted my experiments to most interesti...
1. Background and System Concept
1.1 Problem Statement
In 3D printing operations at print-farm scale, maintaining filament material quality is crucial for production continuity. High ambient humidity triggers filament degradation, making it brittle...
Solar panels are prone to dust and dirt accumulation on their surface, reducing energy output by up to 50%. Solar farms have gantry robots or sprinkler systems to clean panels on a regular schedule, but for micro installations such as those on top of...
Introducing the Industrial Line Sentinel (ILS)
In the fast-paced world of modern manufacturing, catching a defect in real-time can be the difference between a minor hiccup and a costly delay. Enter the Industrial Line Sentinel (ILS)—a next-gene...
Table of Contents
Challenges
The UT325F Protocol
The CHxxx series driver
Data access
Setup
Results
Acknowledgements
Challenges
The UT325F Protocol
The UNI-T device has a Universal Serial Bus (USB) converter to a Universal Asynchronous Receiver...
TL;DR
A distributed CAN bus sensor network for a greenhouse, built around Arduino Nano nodes, an Arduino UNO Q hub, and a Python Flask dashboard. Two of the three nodes reliably report temperature and humidity. One has a wiring fault. There was a wat...
