Sr Software Architect
Current• Contributed in improving Intel processors' power/performance/Energy/thermal attributes. • Leading Platform PnP for Linux in Hybrid platforms. led similar roles for Windows OS.• power/energy aspects for AI/ML algorithms.• Performance and energy optimisation for AI/ML workloads like MLperf KPI on openVINO.• Involved with several generations; Atom and Core SoC/platforms.• Exposure to many form-Factors: smartphone, Tablet, Nexus player, eyeglass, Laptop and PC.• End-to-end involvement: Pre-Silicon PnP planning, Power-on to product-ship in PnP domain.• Theorised DVFS workload Scalability equations [1]• Generic performance metric for CPU compute [2]• Strong proponent for OpenSource and GNU/Linux in specific.• Author and maintainer of Power Shape and Stress tool (PSST)[3] in Ubuntu [4] distro.• Architected thermal solutions for x86 (ITUX). Vendor up-stream in Google Android [5]• Hold patents (USPTO): areas of IP/Power/DVFS optimality and power management in ML [6]References:[1] https://queue.acm.org/detail.cfm?id=3229201[2,3] https://github.com/intel/psst > whitepapers > Generic perf per watt[4] #apt install psst; man psst[5] AOSP Intel thermal software[6] US Patent 11,687,142; US Patent App. 18/180,462; US Patent App. 15/381,700; US Patent App. 17/131,547; US Patent 11,132,046; Patent No. 12,073,227
