We take a look at the Raspberry Pi AI Kit. This kit combines the Raspberry Pi M.2 HAT+ with a Hailo AI acceleration module for integrating cost-effective, power efficient, and high performance AI in the Raspberry Pi 5.

In this demo, we're going to test object recognition using the Pi 5 and a web camera. To get started, you will need a power supply, Micro HDMI cable, mouse, keyboard, and a USB webcam.

In this episode, Tomorrow Lab collaborates Rob Alexander from Silicon Labs to create a product using the MGM 240P— a wireless module ideal for mesh IoT wireless connectivity using Matter, Thread, Zigbee, and Bluetooth protocols.

The RP2040, Arduino, and Radar is Day 5 in this series.

The RP2040, Arduino, and Wi-Fi is Day 4 in this series.

The RP2040, Arduino, and BLE is Day 3 in this series.

Designing and Constructing a Universal RP2040 Arduino Development Platform is Day 2 in this series.

RP2040 Arduino Basics is Day 1 in this series.

Sensor Scan is Day 5 in this series.

Data Radio Rodeo is Day 4 in this series.

RP2040 Sensor Node Power Subsystem Design is Day 3 in this series.

RP2040 Internals is Day 2 in this series.

Assembling the RP2040 Linux Toolchain is Day 1 in this series.

Attendees will see how to deploy the model and learn about the next steps for using the Raspberry Pi Pico for machine-learning applications.

Attendees will learn how to train a model and examine the training results in order to get the desired outcomes from their model.

We’ll discuss how much data to collect and the various options for doing so. Attendees will walk away understanding how to prepare their data for training and eventual deployment to the Pico.

In this session, we will explore the various tools embedded software developers might be interested in using. Attendees will also learn about the general machine-learning process flow.

Attendees will learn about the Raspberry Pi Pico board and its suitability for machine-learning applications.

Participants will learn how to wire and test an RP2040 Pico-enabled H-Bridge DC motor controller using MicroPython.

Participants will learn how to wire and test an RP2040 Pico-enabled DC stepper motor controller using Thonny Python.