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Associate Professor Gour Karmakar

Professor, Information Technology

Campus

Churchill Campus

Biography

Dr Gour C. Karmakar is a Senior Lecturer at Federation University Australia, specialising in multimedia signal processing, big data analytics, Internet of Things (IoT), and cybersecurity, including trustworthiness measures.

Dr Karmakar is currently undertaking a number of industry-funded projects with partners. These include looking at spam email categorisation with Oceania Cyber Security Centre and Westpac Bank, investigating numerical control algorithms for the truck of the future with APRINTERN and MaxiTRANS, and a research grant scheme exploring water quality monitoring through the IoT.

Gour is a member of the Institute of Electrical and Electronics Engineers, has published over 153 peer-reviewed research papers, and in 2011 received a prestigious ARC linkage grant. He has successfully supervised 14 PhD and four Masters by research projects. In 2007, Gour was nominated for the best researcher at Monash University’s Gippsland Campus (now Federation University), from which he obtained his PhD in information technology in 2003.

Fields of research

  • System and network security
  • Image processing
  • Cyberphysical systems and internet of things
  • Publications

Energy Conservation in Passive Optical Networks: A Tutorial and Survey

Trustworthiness of IoT Images Leveraging with Other Modal Sensor's Data

Enhancing IoT security: Assessing instantaneous communication trust to detect man-in-the-middle attacks

Cross-Domain Fake News Detection Through Fusion of Evidence from Multiple Social Media Platforms

Embedding risk in total productive maintenance

International Conference on Maintenance and Intelligent Asset Management: December 2023: Peer Reviewed Conference Papers

  • Book
  • DOI reference:

A framework for implementing Total Productive Maintenance (TPM) aligned with ISO55001 standard for asset management

  • Conference Proceedings
  • DOI reference:

Regional-Level Disaggregation of EV Uptake Energy Consumption using Bottom-up Approach

BL-DKF: A Robust IoT Sensor Data Anomaly Detection Method

Sensor Self-Declaration of Numeric Data Reliability in Internet of Things