The Future of Formal Methods and GALS Design. - Kenneth S. Stevens; Daniel Gebhardt; JunBok You; Yang Xu 036; Vikas S. Vij; Shomit Das; Krishnaji Desai (FMGALS@DATE, 2009)

Synchronous elasticization: Considerations for correct implementation and MiniMIPS case study. - Eliyah Kilada; Shomit Das; Kenneth S. Stevens (VLSI-SoC, 2010)

SAS: Source Asynchronous Signaling Protocol for Asynchronous Handshake Communication Free from Wire Delay Overhead. - Shomit Das; Vikas S. Vij; Kenneth S. Stevens (ASYNC, 2013)

Leveraging the geometric properties of on-chip transmission line structures to improve interconnect performance: A case study in 65nm. - Shomit Das; Georgios Manetas; Kenneth S. Stevens; Roberto Suaya (NOCS, 2013)

Reconfigurable Links for Self-Timed On-Chip Communication. - Shomit Das; Greg Sadowski (NoCArc@MICRO, 2016)

Case Study of Process Variation-Based Domain Partitioning of GPGPUs. - Shomit Das; Michael LeBeane; Bradford M. Beckmann; Greg Sadowski (ASYNC, 2018)

A Transmission Line Enabled Deadlock Free Toroidal Network-on-Chip using Asynchronous Handshake Protocols. - Mackenzie J. Wibbels; Shomit Das; Dheeraj Singh Takur; Venkata Nori; Kenneth S. Stevens (ASYNC, 2019)

Cacheline Utilization-Aware Link Traffic Compression for Modular GPUs. - Kishore Punniyamurthy; Shomit Das; Andreas Gerstlauer (VLSID, 2020)

DUB: dynamic underclocking and bypassing in nocs for heterogeneous GPU workloads. - Srikant Bharadwaj; Shomit Das; Yasuko Eckert; Mark Oskin; Tushar Krishna (NOCS, 2021)

Byte-Select Compression. - Matthew Tomei; Shomit Das; Mohammad Seyedzadeh; Philip Bedoukian; Bradford M. Beckmann; Rakesh Kumar 002; David A. Wood 001 (ACM Trans. Archit. Code Optim., 2021)

Predict; Do not React for Enabling Efficient Fine Grain DVFS in GPUs. - Srikant Bharadwaj; Shomit Das; Kaushik Mazumdar; Bradford M. Beckmann; Stephen Kosonocky (CoRR, 2022)

Predict; Don't React for Enabling Efficient Fine-Grain DVFS in GPUs. - Srikant Bharadwaj; Shomit Das; Kaushik Mazumdar; Bradford M. Beckmann; Stephen Kosonocky (ASPLOS (4), 2023)