Design of E-Invigilation Framework Using Multi-Modal Biometrics

Babatunde, Iwasokun Gabriel; Akinyokun, Oluwole Charles; Omomule, Taiwo Gabriel

doi:10.1109/icecco48375.2019.9043223

Cited by 4 publications

(2 citation statements)

References 15 publications

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“…The passengers can select their destinations and make payments through this module. Pentium 4 with specifications not below 3.6 GHz Processor and 4TB HDD for the server and 3 GHz Processor with 500 GB HDD and 8 GB RAM for the client are required for very reasonable computational speed at the experimentation level (Iwasokun et al, 2019), with a webcam (such as Microsoft LifeCam Cinema camera or Logitech C920 HD Pro Webcam).…”

Section: E-ticketing Modulementioning

confidence: 99%

Design of a Biometric-based E-Ticketing and Access Control Framework for Public Transportation

Achimba,

Iwasokun

2023

Int J Innov Comp

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The use of public transportation has increased during the previous few decades. The management of the transportation systems and the sale of tickets have become increasingly difficult tasks as a result of the rise in usage. It is encouraging to see mobile devices being used for ticketing solutions. However, present approaches are frequently rigid and demand manual interactions that result in transient data. Other issues with the current systems include conflicts, environmental degradation, extortion, misapplication of funds, and unauthorized access to vehicles. Commuters may also become frustrated while waiting in lines to buy tickets or have their smart cards scanned. This paper presents the design of an e-ticketing and access control framework for the automated collection of transport fares and control of access to vehicles. The framework consists of e-ticketing and access control modules. The e-ticketing module enables passengers to register and make payments for transport fares based on their travel destinations. The access control module was designed to use a camera to capture the passenger’s facial biometrics for processing and then make a decision on whether a passenger can board a vehicle or not. Full implementation of the framework will provide passenger convenience and improve the performance of the existing public transportation systems.

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Section: E-ticketing Modulementioning

confidence: 99%

Design of a Biometric-based E-Ticketing and Access Control Framework for Public Transportation

Achimba,

Iwasokun

2023

Int J Innov Comp

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“…e-Invigilation systems are also needed to complement e-Learning. e-Invigilation for monitoring students activities through biometric methods that provide security against external and internal threats and offers scalable management, storage, retrieval and processing of biometric samples (Iwasokun et al, 2019, Ketab et al, 2016. Whilst biometric authentications have been most efficient, they still are vulnerable to cyberattacks (Sabbah, 2017).…”

Section: E-learning E-examination and Cybersecuritymentioning

confidence: 99%

Cybersecurity Policy Compliance in Higher Education: A Theoretical Framework

Yusif

Hafeez‐Baig

2021

Journal of Applied Security Research

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Higher education institutions (HEIs) are open in their nature, decentralized, rich in population and private data, home to some ground-breaking research and innovations. As such, HEIs attract quite a substantial threat and cyberattacks due to their heavy reliance on the Internet. However, there is poor cybersecurity culture and low awareness that are motivated by generational differences that are characterised by "digital natives" and "digital residents" and gaps in technology savviness impacting cybersecurity compliance in a specific higher education environment. Whilst technologies to prevent and response to cyberattacks have been inevitable, their effectiveness lie extensively rather on heterogeneous human factors in enforcing their principles in the context of compliance. Thus, the objective of this study was to develop a theoretical framework for effective cybersecurity compliance strategy in HEIs. To do this, we would focus on critical factors such as cybersecurity and organizational cultures into compliance theory and protected motivated theory (PMT) respectively to help in understanding how cybersecurity compliance can be achieved in HEIs.

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