Based on recent publications:
Kant’s h-index places him alongside highly respected mid-career and senior researchers. While he does not have the stratospheric h-index of a generalist like Buyya, his influence in the specific subfield of is disproportionate to his raw citation count. Many practitioners in industry rely on his work without always citing it in academic venues.
Known for highly cited research on secure socket layers (SSL) and Server Capacity Planning for Web Traffic . krishna kant google scholar
This is Kant’s most cited domain. Papers such as "Data center power and thermal management" (often co-authored with colleagues) appear at the top of his profile when sorted by citations. These works address how to dynamically adjust server performance to avoid hotspots while minimizing cooling costs.
! 🎓 From advancing to pioneering Nanomaterials for diagnostics, their work continues to shape the future of technology and science. Based on recent publications: Kant’s h-index places him
If you are looking to feature a researcher named Krishna Kant
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. Known for highly cited research on secure socket
. Because multiple researchers share this name, it is important to distinguish them based on their specific research domains. Google Scholar Primary Profile: Krishna Kant (Temple University) This profile belongs to an IEEE Life Fellow and Full Professor at Temple University who has authored over 250 publications. Google Scholar Key Metrics: 12,400 citations with an h-index of 50. Research Areas: Networking, secure systems, energy efficiency, and cyber-physical systems Notable Works: Introduction to Computer System Performance Evaluation