Shuang Chen is a third-year Ph.D. student in the Computer Systems Lab at Cornell University, advised by Prof. José F. Martínez and Prof. Christina Delimitrou. She is generally interested in computer architecture and systems, with a focus on datacenters and architectural support for emerging memory technologies.

I am Shivani Shah, completed my Bachelor of Technology majoring in Information and Communication Technology from School of Engineering and Applied Science, Ahmedabad University. Currently, I am Research Scholar at IIIT Banglore. During my graduation, I have done a few projects such as 'Implementation of 8-bit MIPS processor on FPGA' (Coding Language: Verilog, Tool: Xilinx). I did my final year project on designing ‘Reduced Hardware Hybrid Branch Predictor’ at Ahmedabad University. Control Block is one of the major parts of any computer architecture, I focused on designing hybrid hardware, a combination of 1-bit predictor and 2-bit predictor, but hardware only of 2-bit predictor which drastically optimized the hardware requirements without compromising processor speed. So right now I have done instruction-level parallelism.

I joined the faculty at the Colorado School of Mines in January 2022 and serve as Department Head of Computer Science. Before joining Mines, I was on the faculty at Brown University for 26 years and held dual appointments as Professor of Engineering and Professor of Computer Science. My research interests focus on energy-efficient and reliable computing, from the system level to device level. Most recently this includes the design of robotics systems.

I am a Professor in the Informatics Faculty at USI Lugano, Switzerland.

I am interested in the interaction between compiler and architecture design, particularly in the field of embedded systems.

My research efforts have mostly revolved around the automation of embedded processor customization, and the definition of innovative reconfigurable fabrics --- again both in terms of how to architect them, and how to compile onto them. Recently, I have also become interested in Approximate Computing, in particular in how to approximate generic gate-level circuits automatically.