i nead code for my mini project... pleace send sample code for gsm based notice board
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pic16f877a based gsm notice board code
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i nead code for my mini project... pleace send sample code for gsm based notice board
06-04-2016, 02:04 PM
pic16f877a based gsm notice board code
Our project is nothing but a GSM based notice board using PIC that is capable of displaying SMS received by it. You can specify what content that you would like to display on the noticeboard by the SMS. The main component of the GSM Notice board is PIC16F877A, received message is displayed on the LCD display which will update automatically when next SMS is received, it has audio indicator to inform that SMS is received. This is an intelligent noticeboard intended as electronics engineering projects for final year students.
You can see the notice boards being used specially at offices and public places to display important news and notices. To make the notice boards easy to use and more technically advance, I have used this prototype of wireless notice board where we can display the message by simply sending the message through your cell phone. These display systems are very accurate and easy to control and cheaply available and the most important thing is that they can be operated on low Voltage (Up to 12 Voltage).
A GSM module is used here for the wireless notice board to send the information or message to display. The main aim of this project is to save time and provide information urgently on display for the customers. It can be used for multiple purposes like we can share live share market news, we can send trains time table to display, we can show lectures time table and important information for students and for teacher in school and collegel
In this circuit GSM module and a 16x2 LCD display is used for receiving message and display message respectively. When any urgent information is to share with more people this system works perfectly. When anyone wants to show any information or message, then sender sends a SMS to GSM Module. Then Arduino reads the GSM module and send it to the LCD. This project can be improved by using a larger display module. Here are few images showing the working of this project.
Our project is nothing but a GSM based notice board using PIC that is capable of displaying SMS received by it. You can specify what content that you would like to display on the noticeboard by the SMS. The main component of the GSM Notice board is PIC16F877A, received message is displayed on the LCD display which will update automatically when next SMS is received, it has audio indicator to inform that SMS is received. This is an intelligent noticeboard intended as electronics engineering projects for final year students.
You can see the notice boards being used specially at offices and public places to display important news and notices. To make the notice boards easy to use and more technically advance, I have used this prototype of wireless notice board where we can display the message by simply sending the message through your cell phone. These display systems are very accurate and easy to control and cheaply available and the most important thing is that they can be operated on low Voltage (Up to 12 Voltage).
A GSM module is used here for the wireless notice board to send the information or message to display. The main aim of this project is to save time and provide information urgently on display for the customers. It can be used for multiple purposes like we can share live share market news, we can send trains time table to display, we can show lectures time table and important information for students and for teacher in school and collegel
In this circuit GSM module and a 16x2 LCD display is used for receiving message and display message respectively. When any urgent information is to share with more people this system works perfectly. When anyone wants to show any information or message, then sender sends a SMS to GSM Module. Then Arduino reads the GSM module and send it to the LCD. This project can be improved by using a larger display module. Here are few images showing the working of this project.
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