Other Projects

Smart Baby Incubator: Enhancing Care with PIC Microcontrollers

INTRODUCTION Within the effective Baby Incubator system, the incubator serves as an infant-stimulation apparatus designed for the intensive care of newborns, particularly those who are premature or unwell. This system ensures a secure and hygienic environment, offering fresh air and sterile conditions essential for the well-being of infants. Globally, four million infants face mortality within […]

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The virtual terminal output with different inputs

Microcontroller-Based Laser Pulse Code Detection: Harnessing Pulse Repetition Frequency

This paper presents an enhanced system for detecting and tracking laser-guided weapons through a microcontroller-based decoding mechanism. The system utilizes a 4-quadrant laser detector to receive reflected pulses, and an electronic circuit processes these pulses. The processed data is then sent to a microcontroller for decoding the laser signal reflected by the target. The decoding

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Representation of a sensor pad based approach to controller design with location of subsystems

A Comprehensive VR Disability Accessibility Design Document

Introduction Problem and solution overview As technological advancements propel the evolution of virtual reality (VR) devices, incorporating features such as full-body capture and haptic feedback, the potential for diverse applications in gaming, education, and resource management continues to grow. However, the current state of VR presents challenges for individuals with disabilities, particularly those affecting the

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Exploring Leon’s Mini Random Number Generator (mRNG)

Sales Pitch Feeling overwhelmed by choices? Who isn’t? Decision-making can be a maze. White, rye, or wheat? Pinstripes or polka dots? Feast or fast? But fret not—assistance is at hand! Enter the world’s inaugural, handheld, portable decision-maker, fueled by genuinely random numbers. While my competitors offer decision-makers for 1, 5, 10, or 25 cents, can

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Designing Your Ideal Alarm Clock: An Introduction to PIC18

Within this laboratory session, you’ll employ the C language to create an alarm clock, delving into the implementation of “C” programs on the PIC18 microcontroller. Additionally, you’ll gain insights into utilizing interrupts, executing digital-to-analog conversion, and incorporating music playback capabilities on the PIC18. This project operates on a team basis, allowing a maximum of two

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Simulating the Water Cycle in a Desert

Abstract: The objective of my project is to create an automated watering system for succulent plants. In this project, an Arduino microcontroller is employed to periodically send a signal to activate a relay, which, in turn, powers a pump responsible for watering the plant. The volume of water dispensed can be adjusted by controlling the

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Integrated Solar ChargeController, Inverter, PowerBank, Lamp

Microcontroller based Solar PV System’s charge controller, inverter, PowerBank & LED lamp with menu-based navigation system on LCD display. Story About this Project I have a few solar panels, 12 Volt batteries, transformers and few more stuff laying around for a while crying out aloud to make some good use of them. Thus the birth

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Tiny ML for Big Hearts on an 8-bit Microcontroller

Predict the possibility of arrhythmias on an 8- bit Microcontroller, without sending the corresponding sensor data to the cloud. Story In the course of the pandemic, the interest in creating a 8- bit Microcontroller more innovative medical devices has run high, as recent years showed how unpredictable the situation in healthcare can be. Never before

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How to get started with TensorFlow Lite for Microcontrollers

Want to build your own TinyML application? This is a detailed approach to getting started with TensorFlow Lite for Microcontrollers! Story Introduction In the summer of 2022 I was selected to participate in the Google Summer of Code (GSoC) under TensorFlow. While trying to build my first project, I quickly realized that there weren’t many good beginner

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Metal Detecting with PIC18-Q71 Microcontroller

Distinguish between metal and non-metallic objects using Core Independent Peripherals (CIPs) with the Metal Detecting with PIC18-Q71 Microcontroller. Story about Metal Detecting with PIC18-Q71 This application creates a simple proximity metal detector with the Core Independent Peripherals (CIPs) in the PIC18-Q71 family of microcontrollers (MCUs) to differentiate between metallic and non-metallic objects placed near the detector coil. The CIPs

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