Browsing by Author "Onidare, S.O"
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Item A Collaborative Authentication Scheme For Intrusion Detection In Wireless Sensor Networks.(International Journal of Information Processing and Communication, 2014) Onidare, S.O; Ayeni, A.A.; Ayeni, O.B.; Adeniran, T.C.Virtually all applications of WSN are critical infrastructures, yet they are characterized by low resource, making them a good and attractive target for network attackers. This necessitate the need for having an energy and resource optimizing security technology or mechanism that will ensure that WSN deployed for such infrastructures are secured at least to a degree from intrusion by malicious entities. Intrusion detection scheme (IDS) in wireless sensor networks (WSN) follows two main approaches namely; single sensing and multiple sensing. This paper presents an algorithm for a collaborative multiple sensor schemes that use the authentication of neighbour nodes and high level sensory data to detect a possible intrusion in a WSN. Besides using a collaborative multiple sensor schemes, the mechanism of the algorithm also incorporates a second layer of authentication which serves to increase the reliability and ruggedness of the proposed IDS. A simple demonstration of how the algorithm works was done through MATLAB simulation. Furthermore, a discussion of the effectiveness of the algorithm for several typical security attacks/threats against WSN was presented.Item Design and Implementation of A Secured Automated Library Using RFID(International Journal of Information Processing and Communication, 2018-12) Adeniran, T.C.; Zubairu, J.H.; Onidare, S.OFor many years, libraries were operated manually which made the job of the Librarian tedious and slow. However, in recent years, modern life has increased the demand for reliable communication systems and internet technologies. Activity such as e-learning has forced the global educational institution to adopt an automated library, the Radio Frequency Identification (RFID) system was introduced and also, the need for tracking and identification of library resources. In this paper, an RFID-based detection system was used. It involves the use of radio frequency and microchip technology, alongside other components to identify books leaving the library efficiently. The RFID tag used is the passive read/write tag in the 13.56 MHz unlicensed Radio Frequency band, due to its affordability and ease of implementation. This paper seeks to enlighten library users, such as administrators about the importance of RFID technology in the improvement of library management. The proposed system consists of the antitheft security gate, used to detect, if a library book has been properly checked out and a database (middleware) to know which book or material was taken or is about to leave. The result showed that within the acceptable range of 40 mm, the RFID reader works efficiently in theft detection. This range can extend for large-scale deployment.