I’m building a board for robotics, but it’s also useful for IoT and home automation. What’s it do? What problem does it solve? It’s basically a WiFi interface to a variety of I2C-driven devices (motors or sensors). The I2C side is Engineered to be highly robust and reliable.
I’m building a robotics board that basically is a WiFi REST interface to a variety of I2C sensors - the I2C side uses an I2C switch driven by an ESP32. My first RBOT board arrived, but alas, I got schooled on surface mount part numbering.
From 1997 to 2010 I believed it was only a matter of time before Linux on the desktop became a reality. I gave up in 2010 and went to OSX. But we may finally be close! Here’s my notes on installing Linux Ubuntu 18.04 on a Dell Inspiron 15 7000. It’s the easiest and happiest linux ever for me.
An Eagle part library to support use of the ESP32-PICO-KIT-V4 as a daughterboard.
An Uber Driver this past week schooled me that data analytics does not require coding.
On Becoming an AWS Certified Solutions Architect (Associate)
Thoughts on AWS re:Invent 2018
I’ve come to firmly believe that Engineering Leadership has a 3-2-1 principle to create Engineer happiness, which is a key prerequisite for high performance Engineering teams.
I2C Tools I am Using for the RBOT Project
I2C Port Expander for Robotics Use - Getting Started with the NXP PCAL6416A