Introduction Using computer vision and rules for a perfect tic tac toe game. We have built a system that would never lose in a fair game (i.e. marking 1 cell per turn) of tic tac toe. The idea is simple, have a camera driven Mega644 system that detects for changes on a Tic Tac Toe […]
Tic Tac Toe with CMOS Camera Using Atmega32 Read More »
Introduction Our project is a 3-dimensional game control for a video game displayed on a black and white television set. Motivation and Overview In the recent push in technology, many new computer and game interfaces have been created, many of which include wireless control. Our unit is a novel method for 3-dimensional control. The interface
3D Video Game Control Using Atmega32 Read More »
Introduction Our project is a twenty four and half inch aluminum frame robotic arm with four degrees of freedom. In our project we made the arm the second player in the classic game of Tic-Tac-Toe to demonstrate its programmable repeatable motion. The arm consists of five servo motors, four to control the motion and one
ROBOT ARM Using Atmega32 Read More »
Our one sentence “sound byte”… *POP* Finally, a fair and balanced way to score Tae Kwon Do matches without the moaning and groaning of everyone. The Electronic Hogu system uses piezoelectric force sensors to determine how much force is delivered by the impact of a strike. Using waveform analysis and analog-digital conversion, it is possible
Electronic Impact Vest Using Atmega32 Read More »
Summary We used two stepper motors to drive a steel ball scavenged from a ball-bearing. These motors were controlled by a PS/2 mouse wirelessly using the RCR-433 and RCT-433 receiver/transmission combination mentioned in lecture. We then took the PS/2 protocol, made it compact, modified existing transmission code and deduced a way to control the robot
Ghost Writing Robot Using Atmega32 Read More »
Introduction: Motivation for Design The Mechanix is a motorized guitar tuner for a standard 6-string electric or acoustic fixed bridge guitar. Named in honor of Megadeth guitar legend Dave Mustaine, the Mechanix is a unique and innovative product which has numerous patent possibilities. Traditional handheld guitar tuners are passive; they tell the user whether the
Guitar Tuner Using Atmega32 Read More »
Introduction The purpose of this project is to create a Scheme interpreter using C language and Mega32 microprocessor. Using limited resource and memory in the microprocessor, the interpreter should function and work for basic Scheme commands. The main target of the project is to use the memory of the microprocessor as fully as possible to
SCHEME INTERPRETER USING ATMEGA32 Read More »
Introduction For our project, we designed a glove that can be used to control the Cornell University robotic Snake arm thereby enabling a surgeon to remotely operate the snakearm as a colonoscope in conjunction with a vision guide system (aka TV goggles). The glove allows for movement of the arm’s segments as a whole and
Snake Arm Glove Project Using Atmega32 Read More »
Introduction Why a working, wearable air guitar? Bottom line, it’s just that cool. Who doesn’t want a machine that will take their jamming and turn it into rock they can hear? With just a glove, a pick and a little practice you can rock the synthetic acoustic guitar like no one else in the world.
AirJam: wearable air guitar Using Atmega2 Read More »
Introduction This project implements a system that translates Morse Code to text and speech and translates text to Morse Code. With our limited experience with Morse Code, our first task was to do some research on the components of Morse Code and the standards associated with it. After we familiarized ourselves with Morse Code, our
Morse code interpreter, with speech synthesis Using Atmega32 Read More »
