SMARS - MPU-6050 & GY-271, Arduino Programming Robots
Learn to program SMARS robots with Arduino, connecting DOF sensors for accurate movement, collision detection, and 3D positioning. Gain practical skills in robotics and sensor integration.
SMARS HC-SR07 Range Finder Arduino Programming - Sensors
Learn to program an Arduino-controlled SMARS robot with a range finder sensor, enabling object detection and avoidance. Gain hands-on experience in sensor integration and basic robotics.
SMARS Motor Control Arduino Programming - Movement
Learn to program SMARS robots using Arduino, covering basics of motor control and movement. Hands-on coding session included, suitable for beginners in robotics and Arduino programming.
SMARS Fusion 360 Design - Motor Holder
Design tutorial for creating SMARS robot motor holders in Fusion 360, covering sketching, dimensioning, and 3D modeling techniques. Learn to craft printable parts for building low-cost, Arduino-powered robots.
SMARS Robot Range Finder Module Design in Fusion 360
Learn to design a range finder module holder for SMARS robots using Fusion 360, enabling creation of low-cost, open-source robots with 3D printing and Arduino components.
SMARS Fusion 360 Design - Wheels
Learn to design SMARS robot wheels using Fusion 360. Step-by-step guide covers sketching, extruding, cutting, and assembling, perfect for 3D printing enthusiasts and robotics hobbyists.
PX4 VIO Setup with Jetson Nano and Intel T265 - Auterion VIO Fork
Comprehensive guide for setting up Visual Inertial Odometry on a Pixhawk-based drone using Jetson Nano and Intel T265 camera, covering hardware assembly, software installation, and flight testing.
Cutting the AI Power Cord - Technology to Enable True Edge Inference
Explore cutting-edge technology enabling AI at the IoT edge, allowing embedded devices to run intelligent tasks on battery power with improved efficiency and reduced costs.
Towards Ultra-Low Power Embedded Object Detection
Explores ultra-low power embedded object detection for edge intelligence, presenting a hierarchical framework to reduce processing demands while maintaining accuracy in high-resolution video frames.
Benchmarking and Improving NN Execution on Digital Signal Processors for Hearing Instruments
Benchmarking and optimizing neural network execution on DSPs for hearing aids, introducing a custom NN processing engine to improve performance and energy efficiency.
Transforming Epilepsy from a Chronic Condition to an Acute One Using TinyML
Explore how tinyML technology can revolutionize epilepsy management, transforming it from a chronic to an acute condition through innovative monitoring and detection methods.
Origins of the Bitcoin Whitepaper - Neo4j Tutorial on Digital Forensics and Document Fingerprinting
Explore digital forensics using Neo4j to analyze document fingerprints, focusing on the Bitcoin Whitepaper's origins and comparing various versions to uncover insights about authorship and creation tools.
Author Interview - SayCan - Do As I Can, Not As I Say - Grounding Language in Robotic Affordances
Explore SayCan, a groundbreaking approach combining language models with robotic skills for complex task execution. Learn about its development, challenges, and future implications in AI and robotics.
Do As I Can, Not As I Say - Grounding Language in Robotic Affordances
Explanation of SayCan, a system combining language models with robotic skills for real-world task execution. Covers methodology, implementation, and experimental results for complex instruction following.
How Apple Scans Your Phone and How to Evade It - NeuralHash CSAM Detection Algorithm Explained
Detailed exploration of Apple's CSAM detection system, analyzing its technical aspects, privacy measures, and potential weaknesses. Covers NeuralHash, private set intersection, and threshold secret sharing.
2021 Maker Update Wrap-Up - Memorable Projects, Tips, and Trends
A comprehensive review of 2021's maker trends, notable projects, and useful tips. Highlights include VR gloves, sustainable making, AI applications, and new tools like Raspberry Pi Pico and Zero 2.
Introduction to Embedded Linux - Patch Device Tree for I2C in Yocto
Learn to enable I2C ports on STM32MP157D-DK1 using Yocto Project. Create custom Linux kernel patches, modify device trees, and use i2cdetect to communicate with a temperature sensor.
Introduction to Embedded Linux Part 1 - Buildroot - Digi-Key Electronics
Learn to create custom Linux distributions for embedded systems using Buildroot. Explore reasons for using embedded Linux, and gain hands-on experience with the STM32MP157D-DK1 board.
Hardware Design with the RP2040: Custom PCB Based on the Raspberry Pi Pico
Comprehensive guide to designing a custom PCB for the RP2040 microcontroller, covering schematic creation, PCB layout, fabrication, soldering, and debugging techniques for Raspberry Pi Pico-compatible boards.
From Maker to Market - Design: Developing Circuit Playground - Part 4
Explore Circuit Playground's design process: from concept to PCB layout, component selection, and prototype fabrication. Learn practical insights for developing your own electronic projects.
Introducing Groov RIO
Explore groov RIO: Intelligent, multi-signal Ethernet I/O for IIoT. Learn configuration, integration, security, and programming of this versatile, PoE-powered device for industrial automation applications.