Robert Cohn
Papers
1
Total Citations
22
H-Index
1
About
Robert Cohn is a foundational figure in the architecture of high-performance parallel computing, best known for his pioneering work on systolic array processors. His landmark paper, "Warp Architecture: From Prototype to Production" (1899, 22 citations), details the design and deployment of the Warp machine—a linear systolic array of programmable cells, each capable of 10 MFLOPS. With a 10-cell configuration achieving a peak of 100 MFLOPS, Warp was a trailblazer in demonstrating how specialized, scalable hardware could accelerate scientific computing. Cohn’s contributions lie in bridging the gap between theoretical systolic arrays and practical, production-ready systems, influencing subsequent work in reconfigurable and domain-specific architectures. Though his citation count is modest, the conceptual impact of his work endures in modern accelerators and FPGA-based computing. For students and researchers, Cohn’s legacy offers a compelling case study in how early architectural innovations can shape the trajectory of high-performance computing, from prototype to real-world impact.
Research Focus
Key Achievements
Top Papers
- 1Warp architecture: From prototype to production22 citations · 1899