Doug Burger

Papers

Total Citations

214

H-Index

About

Doug Burger is a pioneering computer architect whose research has fundamentally reshaped how we think about the future of general-purpose computing. His work sits at the critical intersection of hardware design, energy efficiency, and novel computational paradigms, addressing the end of traditional transistor scaling. Burger’s most significant contribution is his groundbreaking proposal for general-purpose code acceleration using limited-precision analog computation. This radical departure from conventional digital design—spanning the entire stack from circuit to compiler—offers a path to dramatically improved performance and energy efficiency in an era of diminishing per-transistor returns. His highly influential 2014 paper on this subject has accumulated over 200 citations, cementing its status as a seminal work in the field. Beyond this, Burger is widely recognized for his leadership at Microsoft Research, where he drove the vision for the Catapult and Brainwave projects, demonstrating how reconfigurable logic (FPGAs) can accelerate hyperscale cloud services and deep neural networks. His work continues to inspire a generation of researchers exploring unconventional architectures for a post-Moore’s Law world.