Pramod Bhatotia

FPGAs are widely adopted in cloud environments to meet the growing demand for high-performance, energy-efficient computing, thanks to their unique reconfigurability and programmability. However, the state-of-the-art design of FPGA shells is built for monolithic applications, creating a fundamenta...

Classical accelerators (GPUs, TPUs) excel at high-performance computing but cannot efficiently represent problems that scale exponentially, such as highly entangled quantum states. Quantum processors (QPUs) address these intractable problems but are constrained by noise, high error rates, and low...

Data-intensive cloud applications require high-performance IO caching to fully leverage modern storage systems like NVMe SSDs and cloud storage. Today’s developers face a dilemma: choose a simple, but often slow, OS-level IO cache, or a fast, but complex, userspace cache. This trade-off forces de...