Iot Based Bluetooth Smart Radar Door System Via Mobile Apps

Ishak, Muhammad Yusry Bin; Ahmad, Suriati; Zulkifli, Zalikha

doi:10.1109/aidas47888.2019.8971002

Cited by 6 publications

(4 citation statements)

References 6 publications

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“…The design allows other options for connecting with the gate, including the University Serial Bus (USB) channel connections. A similar study was conducted in [11]. Reference [12] tested a system based on smartphone Bluetooth authentication and found that it is a good alternative to RFID technology regarding accuracy and speed.…”

Section: ) Smartphone-centered Systemsmentioning

confidence: 93%

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Design Recommendations for Gate Security Systems and Health Status: A Systematic Review

Almuhaideb,

Elhussein,

Osman

et al. 2023

IEEE Access

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Gate security systems use authentication methods to operate hardware components that grant or deny access to restricted areas. Each context has specific requirements to determine user admissibility. There are currently no design recommendations available for these systems despite their significance. Most research proposes designs based on their recommended authentication scheme without providing general guidance on constructing these systems. This study follows Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) and conducts a systematic literature review, combining recent research on smart gates. Studies published between 2016 and 2023 are analyzed and evaluated to identify their main components and authentication schemes. A total of 52 research papers published in various journals and conferences were collected. After conducting the review, three main design themes were identified: smartphones, tags, and biometrics. These themes were the focal point of the study. Out of all the designs, 66% only consider using one-factor authentication. These designs primarily rely on biometricbased methods. During the COVID-19 crisis, some designs used biometric authorization instead of identity authentication to incorporate health status. The focus was detecting whether the person wore a face mask and had a normal body temperature. Furthermore, the review reveals that most studies disregard the system's hardware components and focus on authorization. Also, only 25% of the studies have conducted an implementation for their design and produced results evaluating their performance. The study concludes that a successful smart gate design must consider and balance cost, usability, and security. Furthermore, health status needs to be verified as an additional layer of protection after determining existing authentication requirements.

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Section: ) Smartphone-centered Systemsmentioning

confidence: 93%

“…Distance, connectivity, identity checking, need for specific software or apps. [10] Low cost [6], [11] There is an option to access using a USB link. Need for connection through Bluetooth and Wi-Fi.…”

Section: Studymentioning

confidence: 99%

Design Recommendations for Gate Security Systems and Health Status: A Systematic Review

Almuhaideb,

Elhussein,

Osman

et al. 2023

IEEE Access

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“…Some approaches integrate mobile phones with tagging technologies like barcodes and QR codes as part of the authorization process [11], [17]. Other designs harness in-built smartphone capabilities, such as Bluetooth, to facilitate access [18], [19], [20].…”

Section: Literature Reviewmentioning

confidence: 99%

Efficient Entry: A Stateful Authentication Approach in Health-Aware Smart Gate Systems

Elhussein,

Almuhaideb,

Alholyal

et al. 2024

IEEE Access

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This study presents the development and evaluation of Health-Aware Smart Gates (HASG), designed to enhance public health security during the COVID-19 pandemic. When compared with traditional smart gate systems, HASGs offer improved security through rigorous health protocol enforcement, enhanced user experience by reducing wait times, and increased reliability. The innovation lies in its stateful authentication mechanism-a contrast to the conventional stateless systems-which reduces wait times for frequent users by 31.7%, significantly enhancing efficiency and security. This server-inspired approach allows HASGs to quickly adapt to various health emergencies and incorporate potential hardware upgrades, further reducing response times and elevating the technology's contribution to smart gate applications. Prototype testing confirms the system's high accuracy and reliability, underlining its value in smart gate technology.INDEX TERMS Biometrics (access control), COVID-19, Health and Safety, Internet of Things, Smart Healthcare.

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“…In this model [2], Bluetooth is used as a wireless connection protocol for the automation of the door lock system. The drawback of this system is it does not provide any emergency keys and this is feasible only if the person has a smartphone.…”

Section: B Bluetooth Smart Radar Door Systems Via Mobile Appsmentioning

confidence: 99%

Neural Networks based solution for Door Automation

Reddy

2021

Preprint

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Face Recognition is one of the most common biometric strategies which has gained popularity because of the accuracy and security. This paper presents the implementation of a Convolution Neural Network architecture for door automation. This model is devised to overcome the disadvantages of a traditional door system and other methods such as door automation using Bluetooth, figure prints, passwords, or retinal scans. It allows the authorized people to gain access to the house by face recognition. The proposed system makes use of convolution neural network architectures and RaspberryPi. The ResNet architecture [6] is used to implement face recognition and runs on RaspberryPi. The images of the residents of the house will be used to train the model. If the person is a resident of the house, the face will be recognized and the lock will open, else it will be recognized as a human and an alarm will ring and an email alert consisting of the image of the person in front of the door will be sent to the owner. It has numerous advantages as it is user-friendly especially for senior citizens, lesser maintenance, does not require the residents to carry the keys and reduces the threat of robbery.

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Iot Based Bluetooth Smart Radar Door System Via Mobile Apps

Cited by 6 publications

References 6 publications

Design Recommendations for Gate Security Systems and Health Status: A Systematic Review

Design Recommendations for Gate Security Systems and Health Status: A Systematic Review

Efficient Entry: A Stateful Authentication Approach in Health-Aware Smart Gate Systems

Neural Networks based solution for Door Automation

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