I fully designed from scratch every single piece of this project to create a cool glowing Magic LED Cube, mainly made for light animation and basically could be explored for decoration of Electronics Labs. Designed around the awesome RP2040 Microcontroller and Built with a full of electronics passion All the used items are fully documented through this post […]
Glowing RGB LED Magic Cube (WS2812) Read More »
LEARNING OBJECTIVES • get a brief introduction to most of the major debugging features AVR Studio• read through a refresher on C programming and an introduction to I/O on AVR microcontrollers• gain an appreciation of what the AVR Studio simulator is and what it’s good for• learn how to use the AVR Studio user interface
AVR Studio Simulator Introduction and Exercises Read More »
Introduction The AVRISP looks just like the JTAGICE, except it’s a bit smaller and it has a 6-pin connector on the end of the cable instead of the 10-pin connector on the JTAGICE. The AVRISP programmer does not have the advanced debugging features of the JTAGICE, but it still allows you to load your program
Using the AVRISP Programmer Read More »
Introduction This page describes a prototype board for the Atmel Mega644 or Mega32 (PDIP) MCU. It includes a power supply, crystal clock, and generous bypass capacitors. A six-pin header allows flash memory programming from an STK500 or AVRISPmkII. All port pins are brought out to a single row of vias on 0.1 inch centers. A
Prototype Board for Atmel Mega644 Read More »
This lesson introduces the basic concepts of TinyOS and the nesC language in which the system is written. It includes a quick overview of the nesC language concepts and syntax to help you get started with programming in this environment. Introduction The TinyOS system, libraries, and applications are written in nesC, a new language for
Getting Started with TinyOS and nesC Read More »
This is the final project for ECEN1400: Introduction to Digital and Analog with Professor Alex Fosidck at University of Colorado at Boulder (Spring 2017). The goal of this project was to make a ball full of sensors which could detect changes in its environment and alert its operator. The ball consists of a custom printed
ECEN1400 Final Project- Sensor Spy Ball Read More »
1.1 Introduction Line following car is a system that traces black lines on white surfaces. There arevarious sensing methods available to sense these lines. The choice of these schemesdepends upon sensing accuracy and required flexibility. In my project, I have used 6 TxLEDs and 6 IR sensors to accurately calculate the position of the robot
LINE FOLLOWING AND OBSTACLE AVOIDING CAR Read More »
This past summer I had the opportunity to work for computer science PhD candidate Ryo Suzuki under the guidance of Tom Yeh of the computer science department. My task was developing printed circuit boards for experiments for human computer interaction (HCI). The goal was to create a surface which a magnet could be moved to create
Summer 2017 Altium Designer 17 Research Read More »
I would first like to acknowledge my adviser, Dr. Yanjun Yan, for her patience, kindness, and mostof all her assistance in completing this thesis. I would like to thank Dr. Martin Tanaka, Dr. PeterTay, and Dr. Paul Yanik for serving on my thesis committee. ABSTRACT Inspired by the emergent behavior of swarms, we want to
BUILDING KILOBOTS AND REVISING KILOBOT DESIGN FOR IMPROVING THE OPTICAL RESPONSE Read More »
INTRODUCTION The Internet of Things (IoT) devices have become very popular in various critical and non-critical usage fields. Many people have started to use IoT devices realizing their benefits in their lives and scientific research [MSPC12, CGOF13].Because of the popularity of IoT devices, developers gravitate toward the development of IoT applications. These applications utilize IoT
A Simplified Secure Programming Platform for Internet of Things Devices Read More »
