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Prof Bill Buchanan's Supervisions (9)

PhD
Doctorate

Level Doctorate
Student Dr Peter McLaren
Status Complete
Part Time No
Years 2016 - 2019
Project Title Investigations into decrypting live secure traffic in virtual environments
Awarding Institution Edinburgh Napier University
Director of Studies Gordon Russell
Second Supervisor Bill Buchanan
Additional Supervisor Thomas Tan

PhD
Doctorate

Level Doctorate
Student Sam Grierson
Status Current
Part Time No
Years 2021
Project Title Privacy-preserving systems around trust and identity within smart phones
Awarding Institution Edinburgh Napier University
Director of Studies Bill Buchanan
Second Supervisor Craig Thomson
Additional Supervisor Baraq Ghaleb

PhD
Doctorate

Level Doctorate
Student Hisham Ali
Status Complete
Part Time No
Years 2021 - 2024
Project Title Privacy-preserving and trusted threat intelligence sharing using distributed ledgers
Awarding Institution Edinburgh Napier University
Director of Studies Jawad Ahmad
Second Supervisor Bill Buchanan
Additional Supervisor Zakwan Jaroucheh

PhD
Doctorate

Level Doctorate
Student Dr Simon Davies
Status Complete
Part Time No
Years 2020 - 2024
Project Title Contributions to crypto-ransomware analysis and detection
Awarding Institution Edinburgh Napier University
Director of Studies Rich Macfarlane
Second Supervisor Bill Buchanan

MSc. in Advanced Security and Digital forensics
Master's Degree

Level Master's Degree
Student Dr Simon Davies
Status Complete
Part Time Yes
Years 2017 - 2019
Project Title Evaluation of Live Forensic Techniques in Ransomware Attack Mitigation
Awarding Institution Edinburgh Napier University
Director of Studies Rich Macfarlane
Second Supervisor Bill Buchanan

Ph.D.
Doctorate

Level Doctorate
Student Dr Pavlos Papadopoulos
Status Complete
Part Time Yes
Years 2019 - 2022
Project Title Privacy-preserving systems around security, trust and identity
Awarding Institution Edinburgh Napier University
Director of Studies Nick Pitropakis
Second Supervisor Bill Buchanan
Additional Supervisor Owen Lo

PhD
Doctorate

Level Doctorate
Student Dr Sean McKeown
Status Complete
Part Time No
Years 2015 - 2019
Project Title Utilising reduced file representations to facilitate fast contraband detection
Project Description The field of Digital Forensics has been facing scalability issues for the last 10 years, resulting in huge backlogs for law enforcement agencies, impeding the course of justice. One reason for this is the performance bottleneck introduced by storage media, with large disk drives potentially requiring an entire day to duplicate.

My work focuses on methods for evaluating digital images in a manner which is both computationally inexpensive, and avoids the need to read the entire file from the hard disk. Fingerprints are derived using compressed domain Content Based Image Retrieval (CBIR) techniques, which are more robust than standard cryptographic hashing methods.
Awarding Institution Edinburgh Napier University
Director of Studies Gordon Russell
Second Supervisor Petra Leimich
Additional Supervisor Bill Buchanan

PhD
Doctorate

Level Doctorate
Student Andrea Scott
Status Withdrawn
Part Time Yes
Years 1999 - 2003
Project Title Generic Methods in Intelligent Processes
Awarding Institution Edinburgh Napier University
Director of Studies Bill Buchanan

PhD
Doctorate

Level Doctorate
Student Dr Owen Lo
Status Complete
Part Time Yes
Years 2010 - 2015
Project Title Framework for evaluation of e-health platform and services
Project Description Methodologies for evaluation of e-Health platforms are still lacking. This research proposes an e-Health evaluation framework that aims to provide a concise methodology for the evaluation of e-Health platforms under three main categories: usability evaluation, logistics evaluation and technical evaluation. Using simulated patient data, preliminary evaluation experiments carried out on an existing e-Health platform, known as the Cloud4Health platform, proves the viability of the defined methodology for gathering of technical evaluation metrics. Experimental results showed up to 100 simulated patient's data could interact with the Cloud4Health platform concurrently with a maximum round-trip time latency value of 6.6 seconds for data samples to be processed. Current work aims to build upon this evaluation framework and develop methodologies to gather both usability and logistics evaluation metrics when conducting evaluation of e-Health platforms.
Awarding Institution Edinburgh Napier University
Director of Studies Bill Buchanan