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Iot based digital notice board with arduino
The document discusses an IoT-based digital notice board project using Arduino, highlighting its advantages over an existing GSM technology system, such as real-time updates and reduced manual effort. The system uses a Wi-Fi module for data transfer, allowing notices to be sent from Android devices or PCs, which enhances performance and cost-effectiveness. It outlines hardware and software requirements, including embedded C language and cloud services for successful implementation.
In this document
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Project introduction covering objectives, agenda, team members, and importance of an IoT-based digital notice board.
Presents the advanced wireless notice board concept utilizing Arduino and Wi-Fi for real-time updates on an LCD.
Outlines the setup involving Arduino and Wi-Fi for notice display, using Embedded C for coding and Android/PC for management.
Describes existing GSM-based notice systems, highlighting reliance on mobile devices and issues with connectivity.
Details on the proposed wireless notice board, emphasizing ease of use, remote access, and cost-saving advantages.
List of necessary hardware components, including Arduino, LCD display, and Wi-Fi module.
Necessary software components for the project including programming languages, front-end technologies, and IDE.
Describes different modules like User, Network, Management, and Display necessary for the system's functionality.
Concludes with a caution about IoT potentially leading to job losses for unskilled workers not adapting to new technologies.
Iot based digital notice board with arduino
- 1. IOT Based DigitalNotice Board with Arduino Y.Dileep Babu Assosiate Professor T.Kaveri 14N31A05M2 V.N.R.Lakshman Babu 14N31A05N9 S.Bhaskar 14N31A05L6
- 2. AGENDA • ABSTRACT • INTRODUCTION •EXISTING SYSTEM AND DRAWBACKS • PROPOSED SYSTEM AND ADVANTAGES • REQUIREMENTS • MODULES • CONCLUSION
- 3. ABSTRACT This projectis about advanced wireless notice board. The project is built around arduino which is most important in this system. Display is obtained on 16x2 LCD display. A Wi-Fi is used for data transfer. At any time we can add as well as remove the text according to our requirement.
- 4. Introduction Notice boardis necessary thing in any institution or public utility places. The arduino is interfaced with Wi-Fi Module. A LCD display is attached to arduino for display. Arduino system's coding will be done using Embedded C language. Android phone /PC is used for sending notices. At receiving end Wi- Fi is connected arduino.
- 5. EXISTING SYSTEM TheExisting System built around GSM Technology We need a Mobile Phone to send the Message (Notice) and a GSM MODEM to receive that notice. Existing system with GSM
- 6. We cannotview the data without seeing the notice board. Messages sent will not be displayed if there is any network problem. Any one can send the messages to GSM module. DRAWBACKS OF EXISTING SYSTEM
- 7. PROPOSED SYSTEM Wirelessis a popular technology that allows an electronic device to transfer data wirelessly over a computer network. At transmitter android phone /PC is used for sending notices. At receiving end Wi-Fi is connected to arduino.
- 8. ADVANTAGES OF PROPOSEDSYSTEM It has remote application achieved by any smart phone or tablets/PC. This project reduces Human work for maintaining the Notice Board. It also saves the printing as well as paper costs. Because of Wi-Fi access password will only be known to the Head Person. Due to the use of Wi-Fi system which is the fastest usage of internet, it will give high performance and it will be cost effective.
- 9. HARDWARE REQUIREMENTS AurdinoMicrometer Digital 16x2 LCD Display Wifi Module
- 10. SOFTWARE REQUIREMENTS FrontEnd: HTML, CSS, JavaScript Language: Embedded C language. Backend: AWS (cloud computing) IDE: ThingSpeak Windows 10 operating system
- 11. MODULES User Module Network Module Management Service Module Display Module
- 12. CONCLUSION Implementation ofIoT leads to loss of jobs for unskilled employees who do not cope with latest trends in hardware and software arena.