Krishna Kant Google Scholar |work| Jun 2026
By clicking on any co-author’s name, a researcher can trace the evolution of a specific idea—for example, how early work on performance modeling evolved into modern research on edge computing resilience.
| Researcher | h-index (Google Scholar) | Primary Focus | | :--- | :--- | :--- | | Krishna Kant | 35–40 | Data center power, reliability | | Luiz André Barroso (Google) | 45–50 | Warehouse-scale computing | | Rajkumar Buyya | 120+ | Cloud computing, scheduling | | Xiaorui Wang | 40–45 | Thermal/power control | krishna kant google scholar
These papers have helped shape our understanding of network performance and have influenced the design of modern network protocols. By clicking on any co-author’s name, a researcher
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One of the most powerful features of Google Scholar is its ability to reveal collaboration networks. Krishna Kant’s profile shows frequent co-authorship with notable researchers, including: By clicking on any co-author’s name
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.
