Design and develop authentication in electronic payment systems based on IoT and biometric

Talib, Ahmed Abdulkarim; Salman, Aymen Dawood

doi:10.12928/telkomnika.v20i6.22157

Cited by 3 publications

(2 citation statements)

References 21 publications

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“…Technology Adoption. The reason behind this is to keep it broad so as to let the SME owners and Top RFID (Alomari, 2022;Bruno-Valdivia et al, 2022;Konecka & Maryniak, 2020;Morenza-Cinos et al, 2019) E-Business/E-Commerce (Battisti & Brem, 2021;Bhatti et al, 2022;Krishna & Arora, 2022;Li & Ai, 2021;Mkansi, 2022) CRM (Chatterjee et al, 2022;Giovannetti et al, 2022;Hendler et al, 2022;Perez-Vega et al, 2022;Yadav, 2022) E-Payment (Hasbolah et al, 2023;Malaquias & Malaquias, 2022;Rahadi et al, 2022;Talib & Salman, 2022;Tripković & Simić, 2023) Loyalty Card (Abdul et al, 2021;Fearne et al, 2022;Jamshidi & Kuanova, 2022;Lee, 2021;Mitchell, 2021;Ortt & Schoormans, 2004;Wait, 2022) Inventory Management System (Alshamaila et al, 2013;Cordery et al, 2011;S. Jain & Gandhi, 2021;Jayaram, 2017;Mao, 2021;Sillah, 2015) SECOND SCHOOL OF THOUGHT…”

Section: Literature Reviewmentioning

confidence: 99%

A Conceptual Framework for Studying Technology Adoption of Malaysian SME Retailers.

Haider,

Maulan

2023

AJPBS

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This paper is fundamentally a conceptual paper, the purpose of which is to propose a framework for researchers to study technology adoption of small and medium enterprise retailers (SMERs) in Malaysia by combining the dimensions of system-specific approach and latent personality dimensions. which focuses on existing theoretical frameworks and paradigms in the study of technology adoption of SMERs. However, the paper also draws on the database of reviews of past studies conducted in the field of technology adoption and identifies two fundamental paradigms- the system-specific approach and the latent personality dimensions approach. The paper also draws upon the empirical findings of these studies to determine and define the elements of the proposed conceptual framework. The available empirical data from the conclusions of the existing research studies, therefore, are bound by the limits of these two paradigms. This paper proposes a conceptual framework and a language which scholars can utilize to take a more holistic approach, which bridges the gap between the two existing paradigms. The study has a theoretical contribution as it aims to propose a new model for the technology adoption of SMERs by incorporating the system-specific paradigm and the latent personality behavior paradigm. The second theoretical contribution of this framework is that it can test the moderating effect of latent personality dimensions. Furthermore, the paper is also in alignment with the Government of Malaysia’s National 4IR Policy. This paper modifies three existing theoretical frameworks- TAM, TOE, and TRI, thereby, proposing a new conceptual model for technology adoption of SMERs

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Section: Literature Reviewmentioning

confidence: 99%

A Conceptual Framework for Studying Technology Adoption of Malaysian SME Retailers.

Haider,

Maulan

2023

AJPBS

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“…Previous studies related to authentication include Talib and Salman [12] conveyed in his article proposing biometrics with finger print as user authentication. Sukarsa et al [13] in his article, he proposes using RADIUS and Mikrotik Routerboard to perform authentication, in addition to authentication, they use it for bandwidth management.…”

Section: Introductionmentioning

confidence: 99%

Implementation of Wireless User Authentication using WLC-Forti Framework

Supriyono,

Sembiring,

Setiawan

et al. 2023

ATT

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Internet access at this time is a daily necessity that cannot be denied. It is certain that most institutions and business entities require internet access in carrying out their activities, including educational institutions. With the development of mobile computer technology in which more users use mobile devices to access the internet, wireless-based network infrastructure is a demand that cannot be postponed any longer. By using a wireless connection to connect to the network, authentication becomes something that must be considered, the use of access to the network by unwanted parties can harm other parties. Changing passwords regularly is important to avoid misuse of access to the network by other parties. This paper presents a problem where when an educational institution implements the Bring Your Own Device (BYOD) program, students and teachers cannot change passwords using the personal device used, this is because the personal device is not registered with the domain controller at the institution. The solution proposed in this article is to move the NPS RADIUS server function on the local site to LDAP in the cloud using a combination of WLC which handles Wi-Fi clients and Fortinet which handles authentication to the cloud. The implementation results show that the WLC-Forti framework functions well.

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Backstepping-Based Quasi-Sliding Mode Control and Observation for Electric Vehicle Systems: A Solution to Unmatched Load and Road Perturbations

Hameed,

Al-Samarraie,

Humaidi

et al. 2024

WEVJ

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The direct current (DC) motor is the core part of an electrical vehicle (EV). The unmatched perturbation of load torque is a challenging problem in the control of an EV system driven by a DC motor and hence a deep control concern is required. In this study, the proposed solution is to present two control approaches based on a backstepping control algorithm for speed trajectory tracking of EVs. The first control design is to develop the backstepping controller based on a quasi-sliding mode disturbance observer (BS-QSMDO), and the other controller is to combine the backstepping control with quasi-integral sliding mode control (BS-QISMC). In the sense of Lyapunov-based stability analysis, the ultimate boundedness of the proposed controllers has been detailedly analyzed, assessed, and evaluated in the presence of unmatched perturbation. A modified stability analysis has been presented to determine the ultimate bounds of disturbance estimation error for both controllers. The determination of ultimate bound and region-of-attraction for tracking and estimation errors is the contribution achieved by the proposed control design. The performances of the proposed controllers have been verified via computer simulations and the level of ultimate bounds for the estimation and tracking errors are the key measures for their evaluation. Compared to BS-QISMC, the results showed that a lower level of ultimate boundedness with a higher convergent rate can be reached based on BS-QSMO. However, a higher control effort can be exerted by the BS-QSMO controller as compared to BS-QISMC; and this is the price to be paid by the BS-QSMO controller to achieve lower ultimate boundedness with a faster convergence rate.

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Design and develop authentication in electronic payment systems based on IoT and biometric

Cited by 3 publications

References 21 publications

A Conceptual Framework for Studying Technology Adoption of Malaysian SME Retailers.

A Conceptual Framework for Studying Technology Adoption of Malaysian SME Retailers.

Implementation of Wireless User Authentication using WLC-Forti Framework

Backstepping-Based Quasi-Sliding Mode Control and Observation for Electric Vehicle Systems: A Solution to Unmatched Load and Road Perturbations

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