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Xinfei Guo
University of Virginia
Charlottesville, Virginia

Xinfei Guo is a final-year PhD candidate in the Computer Engineering Department at the University of Virginia (UVA), Charlottesville, VA. He received his BS degree in Electronic Materials and Devices in 2010 from Xidian University, China and his MSEE degree in 2012 from the University of Florida, Gainesville, FL. He joined the High Performance Low Power (HPLP) Lab at UVA in 2012, and began his PhD career. He has a broad interest in digital circuits and microarchitectures and has been working on power and reliability aspects. His current research projects focus on aging and accelerated recovery techniques (BTI and EM), cross-layer resilience design methodology, and energy-efficient design. Most recently, he started working in the Internet of Things (IoT) security and reliability field, including novel specialized architectures. During his PhD work, he has collaborated closely with Intel, AMD, IBM, and many other research groups, and publishes frequently at multiple refereed conferences and workshops, and in journals in the VLSI and computer architecture fields.

He has been a committed reviewer for Computing Reviews since 2015, and has served as a reviewer for multiple IEEE and ACM journals (such as TCAD and TCAS-I) and conferences (such as DAC, ISCAS, ICCAD, and ISVLSI). He is a student member of the IEEE and ACM, and received the A. Richard Newton Young Student Fellowship from the 50th Design Automation Conference and the Achievement Award from the University of Florida in 2013 and 2010.

For more details, please visit his LinkedIn profile and personal website.


A taxonomy of job scheduling on distributed computing systems
Lopes R., Menasce D. IEEE Transactions on Parallel and Distributed Systems 27(12): 3412-3428, 2016.  Type: Article

In the field of computing theory or computer science in general, there are many problems that are computationally hard. These problems attract many researchers who try to solve them. But one very important aspect needs to be done befor...


Fine-grained appliance usage and energy monitoring through mobile and power-line sensing
Roy N., Pathak N., Misra A. Pervasive and Mobile Computing 30132-150, 2016.  Type: Article

Energy consumption is a current concern in many aspects of daily life. The concept of smart buildings, where researchers propose solutions to tracking energy consumption by installing sensors and conducting smart analysis to predict an...


Frame buffer-less stream processor for accurate real-time interest point detection
Licciardo G., Boesch T., Pau D., Di Benedetto L. Integration, the VLSI Journal 54(C): 10-23, 2016.  Type: Article

In the big data era, pictures are used as key information points in various applications such as ecommerce, entertainment, social networking, and medical diagnostics. Images contain huge amounts of information, and processing an image ...


Beat frequency detector-based high-speed true random number generators: statistical modeling and analysis
Lao Y., Tang Q., Kim C., Parhi K. ACM Journal on Emerging Technologies in Computing Systems 13(1): 1-25, 2016.  Type: Article

With the increased number of personal electronic devices, the security of these devices and personal information has become a big concern. As effective solutions to securing a system, encryption and the signing of confidential informat...


 Delay/power modeling and optimization of FinFET circuit modules under PVT variations: observing the trends between the 22nm and 14nm technology nodes
Tang A., Gao X., Chen L., Jha N. ACM Journal on Emerging Technologies in Computing Systems 12(4): 1-21, 2016.  Type: Article

Driven by the increasing demands of low power and high performance, the semiconductor industry has pushed the device down to below 20 nanometer (nm) scale. Downscaling introduced several challenges, among which short channel effect is ...


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