In this article, we’ll walk you through building an AI-Based Water Plant System using Arduino. This project will automate the watering of your plants based on their moisture levels, leveraging sensors, Arduino, and a bit of AI. This guide covers Read more…
TinyML, or Tiny Machine Learning, is revolutionizing the world of microcontrollers. It allows you to run powerful machine-learning models on devices with limited resources, opening doors for intelligent applications at the edge of the network. This article will guide you Read more…
Unleash the brainy bunch! This article explores the exciting rise of AI in Embedded Systems. Discover how tiny devices are getting smarter, with applications from self-learning toasters to predictive maintenance in factories. Dive in to learn the challenges and bright Read more…
Welcome to the exciting world of embedded systems development! It’s a land of creative problem-solving, where you get to bridge the gap between hardware and software. But like any new adventure, there are potential pitfalls along the way. Here’s a Read more…
Microcontrollers are the workhorses of the embedded systems world, controlling everything from simple appliances to complex robots. When choosing a microcontroller for your project, you’ll encounter several popular families, each with its strengths and weaknesses. This article compares PIC microcontrollers Read more…
In the last 13 chapters, we have learned the most basic things we need to learn to start with a PIC microcontroller. This is a summary of all chapters. Now we’ll recall the previous chapters and what else we need Read more…
One-wire communication, also known as 1-Wire, is a serial communication protocol that allows devices to communicate using only a single data line. To interface sensors or communicate between two systems this one wire is being used. In this chapter, we’ll Read more…
Explore the fundamentals of I2C and SPI communication protocols, essential for interfacing sensors, modules, and displays, and facilitating MCU-to-MCU communication. Master these crucial skills for seamless integration and efficient data transfer in embedded systems and electronics projects, so let’s start! Read more…
In this chapter, we’ll explore the versatile world of USART communication using PIC, a vital link between devices like PCs and microcontrollers. UART (Universal Asynchronous Receiver/Transmitter) or USART facilitates seamless serial data exchange, supporting full-duplex transmission and reception asynchronously. Additionally, Read more…
In this chapter, we’ll delve into the powerful realm of Pulse Width Modulation (PWM) and explore how to leverage the CCP (Capture/Compare/PWM) module of the microcontroller. PWM, a digital technique, empowers us to finely control various parameters such as loads, Read more…
