![]() Quite unbelievably, the thumb-sized Raspberry Pi Zero is more powerful than the original Pi (2012’s Raspberry Pi 1 Model B) and costs just $5/£4. We’ll be updating this guide in due course and adding new projects to try with the updated Pi 4 microcomputer. A personal in-flight entertainment systemĮditor’s Note: This article is based off projects using the older Raspberry Pi 3.In this guide, we’ll highlight the easiest ways to use a Raspberry Pi to build: The Raspberry Pi 3 offers loads of power, while the tiny £5 Raspberry Pi Zero and £10 Raspberry Pi Zero W (which includes built in Wi-Fi) are ultra-affordable wonders, making the possibilities nearly endless.įrom fun starter projects to intermediate builds you can work up to, here are 15 of our absolute favourite Raspberry Pi 4, Raspberry Pi 3 and Raspberry Pi Zero projects.įirst, though, a quick rundown of what’s featured here. Capable of performance speeds of around three times that of the Raspberry Pi 3 and storage of up to 4GB, the Pi 4 is the most advanced release so far. The Raspberry Pi 4 is the newest model in the Raspberry Pi series. From beginner builds to more advanced Pi uses, all the delicious ideas you need are right here to get making.įrom giving the tech of yesteryear a modern spin to smartening up household appliances, there are few things the wondrous Raspberry Pi credit-card-sized computer can’t achieve with a little ingenuity and elbow grease. Manasa S, Manivannan SS (2015) Protection of SDN by implementing firewall policies in controller.The tastiest Raspberry Pi 4, Pi 3 and Pi Zero projects to try baking this year. Manivannan SS, Sathiyamoorthy E (2013) An efficient and accurate intrusion detec-tion system to detect the network attack groups using the layer wise individual feature set. Jeevitha K, Manivannan SS (2018) Energy-efficient border intrusion detection using pipeline monitoring system. Gomez-Carmona O, Casado-Mansilla D (2017) SmiWork: an interactive smart mirror platform for workplace health promotion. Khanna V, Vardhan Y, Nair D, Pannu P (2017) Design and development of a smart mirror using Raspberry PI. Int J Sci Res Res Pap Comput Sci Eng 5(6):58–61Ĭvetkoska B, Marina N, Bogatinoska DC, Mitreski1 Z (2017) Smart mirror e-health assistant-Posture analyze algorithm. ![]() Mittal1 DK, V Verma, Rastogi R (2017) A comparative study and new model for smart mirror. Lakshmi NM, Chandana MS (2018) IoT based smart mirror using Raspberry Pi. Sun Y, Geng L, Dan K (2018) Design of smart mirror based on Raspberry Pi. Kamineni BT, Sundari PA, Suparna K, Krishna Nayak R (2018) Using Raspberry Pi to design smart mirror applications. In: National conference on advances in engineering and applied science (NCAEAS) Int J Innov Res Comput Commun Eng 6(3)Īssudani M, Kazi AS, Sherke PO, Dwivedi SV, Shaikh ZS (2018) Hermione 1.0-A voice based home assistant system. ![]() Vijaya PA, Awasthi N (2018) Design and implementation of smart mirror as a personal assistant using Raspberry PI. In: 12th International conference on recent innovations in science and management (ICRISEM)ĭivyashree KJ, Dr. Int J Innov Res Comput Commun Eng 6(3)Ījayan J, Santhosh Kumar P, Saravanan S, Sivadharini S, Sophia R (2018) Development of smart mirror using Raspberry-Pi 3 for interactive multimedia. Kiran SR, Kakarla NB, Naik BP (2018) Implementation of home automation system using smart mirror. Int J Eng Sci Invent (IJESI) 7(4): 40–43 (Ver. Jagdish AP, Sonal TS, Sangaleharshada D, Dokhale A (2018) A review paper design and development of a smart mirror using Raspberry Pi. Kumbhar PY, Mulla A, Kanagi P, Sha R (2018) Smart mirror using Raspberry PI. The intrusion detection is done using simple frame difference approach, and Human Monitoring is implemented using Yolo machine learning technique with OpenCV. The system is built using hardware units like Raspberry Pi 3 model, microphone, touch screen, mobile device, camera and passive infrared sensor (PIR) sensors and programming with Python. The proposed design is thought of a bundle of package, which not only just displays information over screen, but also can be used for providing security. The system is primarily designed for the purpose of Human Monitoring and also intrusion detection system. The system is designed to display weather, temperature and latest news on the mirror. ![]() The system can be operated interactively by accepting one of the type of “command mode,” namely voice-based commands, touch- and mobile-based controls. The Smart mirror thus designed is an interactive system which is capable of operating in three modes. The designed system is capable of acting like a regular mirror in case of normal mode of operation, and it acts like a smart mirror in a triggered mode of operation. Proposed Smart mirror is designed using Raspberry Pi 3 model and by using a touch-enabled screen. The Smart Mirror is a system in which the normal mirror is converted to behave like a smart device.
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