Sila gunakan pengecam ini untuk memetik atau memaut ke item ini:
https://repositori.mypolycc.edu.my/jspui/handle/123456789/10593| Tajuk: | NEXHOME |
| Pengarang: | MUHAMMAD NAZMI BIN MASLIZAM, VISWA RAO FARHAD HAIKAL BIN MUHAJIM, VISWA RAO MUHAMMAD IHSAN SYABIL BIN MUHD SANI, VISWA RAO MAHALETCHUMI A/P SELVARAJ, VISWA RAO |
| Kata kunci: | Modern high-tech machinery and equipment are necessary to complete the jobs and make life easier. The smart home is one of these systems equipped with home appliances that wish to control smartly from anywhere. The study's objectives are to design users with the convenience of controlling their home appliances, develop the sensor using Blynk apps, and evaluate the efficiency and functionality of the sensor by using the Blynk apps. This study highlights the development of the NEXHOME smart home prototype, which integrates advanced technologies like NodeMCU ESP 32, solenoid door locks, and ultrasonic sensors controlled via the Blynk app. The prototype aims to revolutionize traditional household functionalities by integrating cutting-edge technology to enhance home living experiences. A new mechanism has been introduced to leverage mobile phone services to communicate with and control home appliances and make our homes smart. Additionally, this system has an ultrasonic distance sensor installed, which detects motion if someone tries to enter the door without authorization and notifies the user using the Blynk app. The system enhances home automation by improving convenience, security, and energy efficiency. With a growing elderly population, smart home technologies are essential for improving the quality of life through better safety, comfort, and healthcare. The systematic coding approach ensures seamless device interaction, providing a truly effective and user-friendly smart home solution. The feedback from the questionnaire responses underscores the importance of addressing key areas for improvement, including user-friendliness, energy conservation, security, integration of IoT technology, sustainability promotion, and user education. |
| Tarikh diterbit: | 2023 |
| Penerbit: | CIVIL ENGINEERING DEPARTMENT |
| Siri / Laporan No.: | SESSION 1 2023/2024; |
| Abstrak: | Modern high-tech machinery and equipment are necessary to complete the jobs and make life easier. The smart home is one of these systems equipped with home appliances that wish to control smartly from anywhere. The study's objectives are to design users with the convenience of controlling their home appliances, develop the sensor using Blynk apps, and evaluate the efficiency and functionality of the sensor by using the Blynk apps. This study highlights the development of the NEXHOME smart home prototype, which integrates advanced technologies like NodeMCU ESP 32, solenoid door locks, and ultrasonic sensors controlled via the Blynk app. The prototype aims to revolutionize traditional household functionalities by integrating cutting-edge technology to enhance home living experiences. A new mechanism has been introduced to leverage mobile phone services to communicate with and control home appliances and make our homes smart. Additionally, this system has an ultrasonic distance sensor installed, which detects motion if someone tries to enter the door without authorization and notifies the user using the Blynk app. The system enhances home automation by improving convenience, security, and energy efficiency. With a growing elderly population, smart home technologies are essential for improving the quality of life through better safety, comfort, and healthcare. The systematic coding approach ensures seamless device interaction, providing a truly effective and user-friendly smart home solution. The feedback from the questionnaire responses underscores the importance of addressing key areas for improvement, including user-friendliness, energy conservation, security, integration of IoT technology, sustainability promotion, and user education. |
| Penerangan: | In this globalization era, controlling home appliances using a mobile phone is a revolutionary concept made possible through the Internet of Things (IoT) technology. With IoT, every object can be connected to the internet and communicate with each other, enabling seamless control and automation. Traditionally, controlling home appliances required physical interaction or the use of remote controls. However, with the advent of IoT, homeowners can now conveniently manage their devices from anywhere using their smartphones. Integrating IoT into home appliances allows users to remotely switch on/off lights, adjust thermostats, control security systems, monitor energy usage, and much more. This level of control provides convenience, enhances energy efficiency, improves security, and creates a personalized user experience. By connecting appliances to a central smart hub or directly to the internet via Wi-Fi or Bluetooth connectivity, users can access and control their devices through dedicated mobile applications. These apps enable real-time monitoring and adjustment of appliance settings based on personal preferences or predefined schedules. Furthermore, IoT-enabled home appliances often have built-in sensors that collect data about usage patterns or environmental conditions. This data can then be used for further analysis to optimize performance mance or provide intelligent energy management or maintenance recommendations. |
| URI: | https://repositori.mypolycc.edu.my/jspui/handle/123456789/10593 |
| ISSN: | CIVIL ENGINEERING DEPARTMENT |
| Muncul dalam Koleksi: | Diploma of Civil Engineering |
| Fail | Penerangan | Saiz | Format | |
|---|---|---|---|---|
| FULL REPORT_NEXHOME_PN ANEZIATUN.pdf | 2.5 MB | Adobe PDF |  Lihat/buka |
Item di DSpace dilindungi oleh hak cipta, dengan semua hak dilindungi, kecuali dinyatakan sebaliknya.