Introduction Sound byte For our final project, we are redesigning the classic battleship game to suit the needs of engineers. We are removing the need for communication, but keeping the feel of battleship. So what are we really doing? Instead of having engineers mumble battleship attacks, all communication is handled by two micro controllers, one […]
gEECShip using atmega Read More »
Introduction Nova Strike is a 2D space shooter game implemented with an Atmel ATmega32 microcontroller. The inspiration came from our love of video games and fond memories of playing space shooters on our TI-89 graphing calculators in high school (instead of paying attention in calculus class). Our project is based on the revolutionary arcade game,
Nova Strike video game Using Atmega32 Read More »
Introduction The Weeboy is a portable color video game system that is not dependent on stationary displays or external power sources and features novel tilt-based control. Our purpose for designing this project was to demonstrate that a complete portable video game system could be implemented at an affordable price. There currently exists a large community
A portable, color, tilt-controlled video game system Using Atmega32 Read More »
Pachinko is a game in which a ball drops down through a large quantity of pegs and the objective is to catch that ball in a fixed basket. The concept behind our machine is novel in that it was built using mostly discarded and salvaged parts. We built a pachinko machine because we wanted to play
A Budget Pachinko Machine Using Atmega644 Read More »
1.Introduction In our final project of ECE 4760, we designed a magic 8 ball, which is a rotating POV (persistence of vision) display controlled by voice commands. In our design, users can ask yes/no based questions via a small speaker, and the rotating POV part can display random answer of yes or no to answer
POV Magic 8 Ball Using Atmega1284 Read More »
With the increasing popularity of smartphones and tablet computers, touchscreen has become one of the most common user interfaces encountered today. The idea of this project came from some apps on the smart phone. It is very interesting to play a virtual Chinese chess on the mobile phone. People can take them everywhere and play
A Touchscreen Chinese Chess App Using Atmega1284 Read More »
1. Introduction The game consists of two levels. In each level, a LCD TV screen displays the 2-D top view of the a parking lot, and the player needs to park the car into the proper parking spot by operating on a fake steering wheel, gas/brake pedals and gear stick. On the hardware side, for
Automobile parking simulator Using Atmega1284 Read More »
The project described here is a digital implementation of “book cricket game” which students normally use to play in their childhood time. The heart of the project is 8 bit MCU from AVR family called ATtiny85. ATtiny85 are small and cheap microcontrollers which are convenient for running simple programs with low footprint. The software used
Digital Book Cricket with ATtiny 85 Read More »
Introduction Our project is to make a color video game that runs primarily on the ATmega 1284P. To do this, we adhered to the NTSC standard for color video. The sync signals used for NTSC are generated on the ATmega 1284P itself, and all game logic is implemented on the microcontroller as well. To actually
ECE 4760 Final Project: Color Video Game on AVR Using Atmega Read More »
“All waveforms, no matter what you scribble or observe in the universe, are actually just the sum of simple sinusoids of different frequencies.” Hi, I am just refreshing the basics of fourier transform. I am not an expert. Now I did a small audio spectrum analyzer(0 – 10KHz) on a 16×2 character lcd using an
Implementing Discrete Fourier Transform in Atmega32 to make an audio spectrum analyzer Read More »
