embRACE, a game developed on the embedded platform, entirely coded in assembly language. The game has been programmed on an ATMega16 micro-controller, interfaced with a 16×2 LCD display module. The game possesses an interactive user interface and exclusive features like: -Main Menu -Pause Menu -Real Time Score display -Life Indicator LEDs -Non-volatile High Score storage […]
embRACE: The Embedded Race Using Atmega Read More »
What is a GSM Modem? GSM stands for Global System for Mobile Communications.It is a standard set developed by the EuropeanTelecommunications Standards Institute (ETSI) to describe protocols for second generation (2G) digital cellular networks used by mobilephones. A Modem is a device which modulates and demodulates signals as required to meet the communication requirements.It modulates
How to Interface a GSM (SIM 300) Modem with ATmega32 to Send and Receive SMS Read More »
In this project, a device will be designed that will read analog data from any analog sensor and will send the digitized form of that data to a personal computer on USB interface. On PC, a desktop application will store the data in an excel spreadsheet therefore performing the data logging. For this, the device
Atmega 32u4 Based USB Data Logger (Part 23/25) Read More »
Overview The Pololu USB AVR programmer [http://www.pololu.com/product/1300] is a programmer for Atmel’s AVR microcontrollers and controller boards based on these MCUs, such as Pololu Orangutan robot controllers [http://www.pololu.com/category/8/robot-controllers] and the 3pi robot [http://www.pololu.com/product/975]. The programmer emulates an STK500 on a virtual serial port, making it compatible with standard AVR programming software. Two additional features help
Pololu USB AVR Programmer User’s Guide Using Atmega Read More »
Introduction: For our final project, we want to build a wireless drawing device. The user uses a keypad or a mouse to draw on the TV through a wireless communication medium (RF – 433.92 MHz). The user should be able to move the drawing pointer to anywhere within the four border lines. One should also
Wireless Drawing Device Using Atmel Mega163 Read More »
![Raspberry Pi IoT device [RASa].](https://mistyrose-porcupine-668936.hostingersite.com/wp-content/uploads/2022/12/Raspberry-Pi-IoT-device-RASa..jpg)
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
A Simplified Secure Programming Platform for Internet of Things Devices Using Atmega Read More »
Introduction We decided to create a virtual archery game for our ECE 4760 final project. This game consists of an ATmega1284P microcontroller, a TV for display, and multiple pieces of hardware. All of these devices communicate together to simulate a three-round game of archery with a target that is 20 feet away from the user.
Virtual Archery using ATmega1284P Read More »
Introduction: The basis of this project is to create the game fish on the Atmel board. In the game fish, the big fish eat the small fish, so your job is to eat the fish smaller than you while not getting eaten by those bigger than you. You eat a fish by moving close enough
Fish: Video Controller Using Atmega Read More »
So far we have seen various devices that are talking, such us cars, dolls etc.This project is also like one of them. you can use it in various projects such us IVS, robots etc. There are various voice recording IC’s. They have different recording time and sampling frequency. Most of the IC’s can record less than 1min
ISD4004 based voice recorder using atmega Read More »
Introduction The I2C is a multimaster, multislave serial single-ended computer bus and was invented by Philips in 1982. The atmel microcontrollers use a compatible to I2C serial bus that is named TWI (Two Wire Interface). The TWI supports serial communication at 100 kHz and 400 kHz. The master and slave devices that are connected to TWI bus have a
Working with TWI (I2C) sensors / Devices Using Atmega Read More »
