ECE PROJECT ABSTRACT:GSM BASED ELECTRONIC NOTICE BOARD(MOVING DISPLAY FOR SMS)

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Embedded dsPIC microcontroller based SMS text Message LCD/ moving display system Short Message Service (SMS) is a text messaging service component of phone, web, or mobile communication systems, using standardized communications protocols that allow the exchange of short text messages between fixed line or mobile phone devices. SMS is the most widely used data application in the world, with 3.6 billion active users, or 78% of all mobile phone subscribers. The term "SMS" is used as an acronym for all types of short text messaging and the user activity itself in many parts of the world. SMS is also being used as a form of direct marketing known as SMS marketing. This project is used to display SMS Messages in a LCD screen. A Message sent to a remote mobile number is read using a GSM Modem and is displayed on the LCD display. It will be useful in Public Address systems, Shopping Malls, Hospitals and public places to display a Message to all the peoples in the common places. An Example of Common Message display Systems DEAR STUDENTS, IEEE BASED EMBEDDED SYSTEM PROJECTS(hardware projects)/FINAL YEAR PROJECTS/MINI PROJECTS/DIPLOMA PROJECTS INPLANT TRAINING DETAILS, (ECE/EEE/E&I/CSE/BIOMEDICAL/IT/MECHATRONICS/AYTOMOBILES)&MSC ELECTRONICS.. INDUSTRIAL VISIT,project details/ipt details/project discussion/idea sharing......dont hesitate, pl call me..........,dont hesitate, pl call me.........., thanks R.ASHOK KUMAR MAASTECH 89. RANGARAJAPURAM MAIN ROAD(NEAR SBI BANK) KODAMBAKKAM CHENNAI-600024 PH:044-24844676 R.ASHOK KUMAR-098402 34766 B. MAIL VELAN-098841 01622 ipt/projects full details....PL VISIT http://www.maastechindia.com (projects list,abstract,video,photo gallery)

Education Technology Business

MAASTECH, 89. RANGARAJAPURAM MAIN ROAD(NEAR SBI BANK)
KODAMBAKKAM, CHENNAI-600024
Embedded dsPIC microcontroller based SMS text
Message LCD/ moving display system
Short Message Service (SMS) is a text messaging service component of phone,
web, or mobile communication systems, using standardized communications
protocols that allow the exchange of short text messages between fixed line or
mobile phone devices.
SMS is the most widely used data application in the world, with 3.6 billion active
users, or 78% of all mobile phone subscribers. The term "SMS" is used as an
acronym for all types of short text messaging and the user activity itself in many
parts of the world. SMS is also being used as a form of direct marketing known as
SMS marketing.

MAASTECH, 89. RANGARAJAPURAM MAIN ROAD(NEAR SBI BANK)
KODAMBAKKAM, CHENNAI-600024
This project is used to display SMS Messages in a LCD screen. A Message sent to a
remote mobile number is read using a GSM Modem and is displayed on the LCD
display. It will be useful in Public Address systems, Shopping Malls, Hospitals and
public places to display a Message to all the peoples in the common places.
An Example of Common Message display Systems

MAASTECH, 89. RANGARAJAPURAM MAIN ROAD(NEAR SBI BANK)
KODAMBAKKAM, CHENNAI-600024

MAASTECH, 89. RANGARAJAPURAM MAIN ROAD(NEAR SBI BANK)
KODAMBAKKAM, CHENNAI-600024
DC Power Supply +12V
DC Power Supply
+5V
GSM Modem
(sim900 module)
Microcontroller
DsPIC30F4013
LCD Display
RS232
User Hand in Mobile Phone

This document presents a project by four students to design different types of decorating lights using four 8x8 dot matrices controlled by one AT89C51 microcontroller chip. They designed wedding lights and a digital serial system that could be used to display information in places like restaurants and hospitals. The project included the necessary driver circuits and connection wires to implement an 8051 microcontroller unit controlling multiple dot matrix displays in real life applications.

Implementation of sign board dot matrix display with 8051

Aminu Bugaje

This document describes a lab experiment to implement a sign board using an 8x8 dot matrix LED display controlled by an 8051 microcontroller. The objectives are to design the hardware interface between the display and microcontroller, develop the software using C language, and simulate and verify the program. An 8x8 dot matrix LED, 74HC595 shift register, and 8051 microcontroller are used in the hardware design to drive the display using few I/O pins. The C code controls the shift register to display characters, numbers, and a scrolling clock on the LED matrix. The hardware and software designs are simulated and the objectives are achieved, though only one LED matrix was used due to time and cost constraints.

Dot matrix display design using fpga

Hossam Hassan

This document discusses designing a dot matrix display using an FPGA. It describes connecting LEDs in a matrix layout to reduce the number of input/output pins needed. The document explains how to write Verilog code to simulate driving the display and synthesize the code to run on an FPGA board. It provides details on the theory of operation, including scanning columns to display characters by turning on the appropriate LEDs in each row. Sample code is shown for the top module, dot matrix module, and test bench.

5x7 matrix led display

Vatsal N Shah

This document describes the design and implementation of interfacing a 5x7 matrix LED display to an 8051 microcontroller. A 5x7 LED dot matrix display was created using 35 LEDs arranged in a 7x5 grid. An ULN2003A driver IC was used to drive the column lines of the display. Assembly code was written to display characters like A, B, C on the LED matrix with a delay between each character. The design allows messages to be displayed and can be used in applications like public transport displays, hospitals, schools and colleges. Future work may involve using GSM technology to receive data from remote locations for display.

A 64-by-8 Scrolling Led Matrix Display System

Samson Kayode

For this project, a prototype of a 64 x 8 LED matrix, capable of displaying a maximum of eight (8) characters at a time was constructed. Then, scrolling the characters to show the remaining part of the message and repeating the same loop over and over again was achieved. This process can be interrupted by failure in the power supply or when the reset button is being pushed and released. The system can easily be expanded to handle more characters. The control of this LED matrix is based on a PIC18F4520 microcontroller. This microcontroller was programmed using C language. The number of the microcontroller’s pins used in controlling the LED matrix was strictly minimized to three by adopting the serial to parallel mode of signal transmission. The design of the project was done and simulated with Proteus software. The LED matrix was constructed on a vero board. The drive circuitry which consists of the microcontroller, two ULN2803s, nine 74HC595s and other peripherals was constructed on a printed circuit board. This was done to ensure the project was compact as possible. Cost efficiency was also given a priority in the implementation of this project.

Moving message display

viraj1989

This document describes a moving message display circuit using an AVR microcontroller and 16x2 LCD. It uses an ATmega16 microcontroller connected to the LCD via its ports. The software program demonstrates scrolling text across the LCD continuously. The program initializes the LCD, clears the display, defines the text to show, and uses a for loop to scroll it at a defined rate while waiting between iterations. Compiling the code generates a hex file that can be programmed onto the microcontroller.

Iaetsd wireless electronic notice board using gsm

Iaetsd Iaetsd

This document describes a wireless electronic notice board system that uses GSM technology to display messages. An authorized user can send an SMS text message from their mobile phone to have it displayed on the electronic board. The system includes a GSM modem connected to a microcontroller which extracts the message and sends it to an LED display board. This allows messages to be shared quickly and remotely without physically updating a notice board. It could be used for applications like education, transportation, advertising and more.

This document describes a GSM-based electronic notice board display system. The system allows an administrator to send notices and update student information via SMS from a PC or mobile phone. When an update is made, a confirmation SMS is sent to the administrator and a message is displayed on the LCD notice board. Students can also send an SMS to receive notices and information like timetables, marks, or holidays. The system uses an ARM7 microcontroller, GSM module, LCD display, RS-232 interface, and power supply. It has applications for educational institutions to easily communicate information to students and parents through SMS.

Gsm based led notice board

Ravi Kumar

This document describes a GSM-based LED notice board system that allows users to remotely control and change messages displayed on an LED notice board via SMS from a mobile phone. The system includes an embedded controller, GSM modem, LED display board, and LCD. It connects the display board to a GSM modem so users can send SMS messages from their mobile phones to control and update the messages, styles, and information shown on the LED notice board from a remote location. This remote control capability makes the system useful for applications like police, army, schools, industries, and other public places to quickly display important notices or messages via SMS from anywhere.

wireless electronics notice board using GSM

Rahul Kumar

Gsm based wireless notice board Rajneesh

RAJNEESH KUMAR SALGOTRA

GSM based e-Notice Board

vivekranu1

1) The document describes a GSM-based electronic notice board system that allows sending text messages from a mobile phone to remotely update a notice displayed on an LCD screen. 2) The key components of the system include a GSM modem, microcontroller, SIM card, LCD display, power supply, and other basic electronic components. 3) The document provides details on initializing each component and interfacing them, as well as the overall workflow to develop GSM-based applications using this approach with minimal hardware modifications required.

GSM BASED E-NOTICE BOARD synopsis

Venkatesh Agnihotri

Wireless Electronic Notice Board using GSM Technology

Saban Kumar K.C.

Mini project (GSM based wireless notice board)

VK RM

This document outlines the design of a remote SMS notification system using a GSM modem and microcontroller. It includes sections on hardware requirements, software requirements, hardware testing, advantages and applications. The system allows sending SMS messages from a mobile phone to a SIM card connected to a GSM modem and microcontroller, with the messages then displayed on an LCD screen. It provides remote notification capabilities without data loss during power failures.

Gsm message display

dhanshri_deshmukh

This document describes a GSM based notice board project that uses an AT89S52 microcontroller to receive SMS messages from a user's mobile phone via a GSM modem. The messages are then displayed on a 16x2 LCD display. The GSM modem is initialized and checks for connectivity. When a user sends an SMS, its contents are displayed on the LCD screen using the microcontroller and MAX232 interface, which converts logic levels. The hardware components, specifications, pin descriptions, block diagram, software tools, and advantages are also summarized.

Gsm baesd wireless notice board

RAJNEESH KUMAR SALGOTRA

Digital Notice Board

Raaki Gadde

This document describes a multi-notice display board system using GSM technology. It is summarized as follows: The system allows wireless control of multiple notice boards using an AT89S52 microcontroller and GSM modem. Notices can be sent individually to boards A and B or to both boards simultaneously. The microcontroller interfaces with a 20x4 LCD display on each board to show messages. The system provides a low-cost and low-power way to remotely manage multiple display boards for places like colleges, hospitals, and stations.

Main project report on GSM BASED WIRELESS NOTICE BOARD

Ganesh Gani

This document is the main project report submitted by four students for their Bachelor of Technology degree in Electronics and Communication Engineering. It describes the development of a GSM based wireless notice board system. The system allows users to update scrolling messages on an LED display board remotely by sending SMS text messages. It aims to provide a more flexible alternative to traditional fixed notice boards by enabling instantaneous message updates from anywhere via the mobile phone SMS service. The report includes chapters on the hardware components, software requirements, schematic diagram, program code, advantages and applications of the project.

wireless electronic notice board using GSM

Vijeeth Anitha

This project implements a wireless electronic notice board using GSM technology. A microcontroller receives SMS messages from a mobile phone via a GSM modem. It then displays the messages on an LCD screen. The system was designed, built and tested. It provides a low-cost, flexible way to remotely display messages and could be useful for applications like advertising, education and information sharing. Potential enhancements include displaying multiple messages simultaneously and adding priority levels to messages.

gsm based led scrolling board ppt

sodabathula gandhi

This document describes a GSM-based notice board system using an LED display. The system allows users to send SMS messages from mobile phones that will be displayed as scrolling text on the LED board. It uses an 8051 microcontroller interfaced with a GSM modem via MAX232 for SMS reception, and controls an LED matrix display. The system has applications in advertising, education, traffic control and more due to its low cost and flexibility.

Wireless electronic notice board using gsm technolgy

dhanshri_deshmukh

This document discusses the design of a wireless electronic notice board using GSM technology. It begins with introductions to GSM and embedded systems. It then shows the block diagram of the notice board, which includes a GSM modem connected to a microcontroller that controls an LCD display. The document discusses the history and services of GSM networks. It provides details on the architecture of GSM networks and their components like the mobile station, base station subsystem, and network subsystem.

Project report on gsm based digital notice board

manish katara

The project involves using a GSM network to transmit text data and display it on an LCD screen. A microcontroller processes the data on both ends and only displays it after a unique passcode is entered. It allows data to be received and displayed globally from any location as long as the correct passcode is provided. The system uses a microcontroller, GSM modem, and display board integrated together. The GSM modem receives SMS messages and the microcontroller validates them before displaying on the LCD screen. Various time division techniques allow for efficient display. An 8051 microcontroller and Motorola GSM modem are used in the prototype model.

Gsm based lcd notice board display

Ravi M

This document describes an SMS-based notice board display system that uses a GSM modem to receive messages and display them on an LCD screen. An 8051 microcontroller is interfaced with a GSM modem and LCD display to fetch messages from the modem and display them. When a user sends an SMS message to the SIM card in the GSM modem, the microcontroller receives the message through AT commands and displays it on the attached 16x2 LCD screen. Block diagrams, component descriptions, and the circuit diagram are provided to explain the system design and functionality.

GSM Based Fault Monitoring System (Project)

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ECE PROJECT ABSTRACT:GSM BASED ELECTRONIC NOTICE BOARD(MOVING DISPLAY FOR SMS)

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ECE PROJECT ABSTRACT:GSM BASED ELECTRONIC NOTICE BOARD(MOVING DISPLAY FOR SMS)