Improved Route Selection Approaches using Q-learning framework for 2D NoCs. - Niyati Gupta; Manoj Kumar 001; Ashish Sharma 005; Manoj Singh Gaur; Vijay Laxmi; Masoud Daneshtalab; Masoumeh Ebrahimi (MES@ISCA, 2014)

Characterizing impacts of multi-Vt routers on power and reliability of Network-on-Chip. - Ruby Ansar; Prachi Upadhyay; Manish Singhal; Ashish Sharma 005; Manoj Singh Gaur (IC3, 2015)

Network-on-chip: Current issues and challenges. - Manoj Singh Gaur; Vijay Laxmi; Mark Zwolinski; Manoj Kumar 001; Niyati Gupta; Ashish Sharma 005 (VDAT, 2015)

A framework for thermal aware reliability estimation in 2D NoC. - Ashish Sharma 005; Prachi Upadhyay; Ruby Ansar; Vijay Laxmi; Lava Bhargava; Manoj Singh Gaur; Mark Zwolinski (VDAT, 2015)

Reducing FIFO buffer power using architectural alternatives at RTL. - Ashish Sharma 005; Ruby Ansar; Manoj Singh Gaur; Lava Bhargava; Vijay Laxmi (VDAT, 2016)

σ n LBDR: generic congestion handling routing implementation for two-dimensional mesh network-on-chip. - Niyati Gupta; Ashish Sharma 005; Vijay Laxmi; Manoj Singh Gaur; Mark Zwolinski; Rimpy Bishnoi (IET Comput. Digit. Tech., 2016)

A Power, Thermal and Reliability-Aware Network-on-Chip. - Ashish Sharma 005; Yogendra Gupta; Sonal Yadav; Lava Bhargava; Manoj Singh Gaur; Vijay Laxmi (iNIS, 2017)

3D LBDR: Logic-Based Distributed Routing for 3D NoC. - Ashish Sharma 005; Manish Tailor; Lava Bhargava; Manoj Singh Gaur (VDAT, 2018)

Pre-Silicon NBTI Delay-Aware Modeling of Network-on-Chip Router Microarchitecture. - Ashish Sharma 005; Manoj Singh Gaur; Lava Bhargava; Vijay Laxmi; Manoj Gupta (Microprocess. Microsystems, 2022)

An improved reconfiguration algorithm for handling 1-point NoC failures. - Anugrah Jain; Vijay Laxmi; Manoj Singh Gaur; Ashish Sharma 005 (Microprocess. Microsystems, 2023)

SRCPAR - Spike Response-Based Congestion Prediction for Adaptive Routing for 2D NoCs. - Rajendra Singh; Manoj Kumar Bohra; Ashish Sharma 005; Sourabh Singh Verma; Devershi Pallavi Bhatt; Amit Kumar Bairwa; Masoud Daneshtalab (IEEE Access, 2025)