[Eecs_phd] EECS Research Seminar Talk-Facilitating Emerging Non-volatile Memories for Establishing On-device Security and Trust

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Title: Facilitating Emerging Non-volatile Memories for Establishing On-device Security and Trust

Abstract: Emerging non-volatile memory (NVM) technologies have shown great potential for building next-generation computing systems because of their near-zero leakage, unlimited endurance, scalability, fast speed, and high-density characteristics. Emerging NVMs have the potential to replace static RAM (SRAM) in large-scale and low-power on-chip caches and dynamic RAM (DRAM) in energy-efficient main memory, thus becoming an excellent candidate for applications requiring high security and efficient NVM embedded in semiconductors such as Internet of Things (IoT), wearables, tablets, smartphones, consumer electronics, artificial intelligence, industrial, automotive, and medical. While these memories are used as core components in ensuring system and supply-chain security, they can also play essential roles in system performance. Higher levels of security can be achieved by implementing security primitives or digital signatures within integrated circuit semiconductor hardware and using them in secure communication, authentication, and other cryptographic operations. On the other hand, inherent properties of emerging memories can be used to protect cloning and other means of counterfeiting. This talk will explore the prospect of emerging memory chips to ensure system and supply-chain security issues along with performance. Finally, I will describe my research vision.

Bio: Dr. Farah Ferdaus is currently a Postdoctoral Researcher at Argonne National Laboratory. She earned her Ph.D. from Florida International University and her M.Sc. from the University of New Hampshire in 2022 and 2018, respectively. Her research interests are focused on computer engineering, and more specifically on hardware security, cybersecurity, memory systems, AI accelerators, high-performance computer architecture, and the Internet of Things. She has published scientific articles, including journals, conference papers, and book chapters, on prestigious platforms. She has received several grants, accolades, and recognition for her research.
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