A holistic system support for persistent memory
Abstract:
As the benefits from Moore’s Law are approaching an end, new technologies are being proposed and developed to satisfy the ever-growing demand for performance. One of these technologies is persistent memory, such as Intel’s recently released Optane DC Persistent Memory. It is a unification of memory and storage, satisfying the demand for better performance and higher memory capacity. However, the adaption of this new memory technology would require a redesign of the system stack, where both software and hardware aspects are critical to the adaption of persistent memory. In my dissertation research, I focus on both the software and hardware aspects of system support for persistent memory. On the software side, I ensure the correctness of software systems designed for this new memory technology. On the hardware side, I design efficient and secured persistent memory hardware systems.
Committee:
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Kevin Skadron, Committee Chair, CS/SEAS/UVA
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Samira Kahn, Advisor, CS, ECE/SEAS/UVA
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Mircea Stan, ECE/SEAS/UVA
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Yuan Tian, CS/SEAS/UVA
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Thomas Wenisch, EECS/Univ. of Michigan
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Baishakhi Ray, CS/Columbia Univ.