Searching for is more than an academic exercise—it is a window into the evolution of sustainable, reliable computing. His profile tells the story of a researcher who correctly anticipated the power crisis in cloud computing decades before it became a mainstream concern. With an h-index approaching 40 and thousands of citations recognizing his contributions, Krishna Kant stands as a vital bridge between high-performance computing and energy-aware system design.

These papers have helped shape our understanding of network performance and have influenced the design of modern network protocols.

Several other researchers with the same name maintain active Google Scholar profiles: ‪Krishna Kant‬ - ‪Google Scholar‬

Click the “Cited by” sort option to instantly see his most influential work. The top 3–5 papers will likely be his seminal contributions to power-aware computing.

These numbers place him in the upper echelon of applied computing researchers. However, what makes his profile particularly interesting is not just the quantity of citations, but the and concentration of those citations.

Performance modeling and distributed systems.