Custom rotary clock router. - Vinayak Honkote; Baris Taskin (ICCD, 2008)

Zero clock skew synchronization with rotary clocking technology. - Vinayak Honkote; Baris Taskin (ISQED, 2009)

Skew-aware capacitive load balancing for low-power zero clock skew rotary oscillatory array. - Vinayak Honkote; Baris Taskin (ICCD, 2010)

PEEC based parasitic modeling for power analysis on custom rotary rings. - Vinayak Honkote; Baris Taskin (ISLPED, 2010)

Skew analysis and bounded skew constraint methodology for rotary clocking technology. - Vinayak Honkote; Baris Taskin (ISQED, 2010)

Design Automation and Analysis of Resonant Rotary Clocking Technology. - Vinayak Honkote (ISVLSI, 2010)

Analysis, Design and Simulation of Capacitive Load Balanced Rotary Oscillatory Array. - Vinayak Honkote; Baris Taskin (VLSI Design, 2010)

Steiner tree based rotary clock routing with bounded skew and capacitive load balancing. - Jianchao Lu; Vinayak Honkote; Xin Chen; Baris Taskin (DATE, 2011)

CROA: Design and Analysis of the Custom Rotary Oscillatory Array. - Vinayak Honkote; Baris Taskin (IEEE Trans. Very Large Scale Integr. Syst., 2011)

3-D Parasitic Modeling for Rotary Interconnects. - Vinayak Honkote; Ankit More; Baris Taskin (VLSI Design, 2012)

ZeROA: Zero Clock Skew Rotary Oscillatory Array. - Vinayak Honkote; Baris Taskin (IEEE Trans. Very Large Scale Integr. Syst., 2012)

Process Variation Sensitivities of Rotary Traveling Wave and Mobius Standing Wave Oscillators. - Vinayak Honkote; Renuka Devi Nagarajan (ISED, 2013)

An energy harvesting wireless sensor node for IoT systems featuring a near-threshold voltage IA-32 microcontroller in 14nm tri-gate CMOS. - Somnath Paul; Vinayak Honkote; Ryan Gary Kim; Turbo Majumder; Paolo A. Aseron; Vaughn Grossnickle; Robert Sankman; Debendra Mallik; Sandeep Jain; Sriram R. Vangal; James W. Tschanz; Vivek De (VLSI Circuits, 2016)

A Sub-cm3 Energy-Harvesting Stacked Wireless Sensor Node Featuring a Near-Threshold Voltage IA-32 Microcontroller in 14-nm Tri-Gate CMOS for Always-ON Always-Sensing Applications. - Somnath Paul; Vinayak Honkote; Ryan Gary Kim; Turbo Majumder; Paolo A. Aseron; Vaughn Grossnickle; Robert Sankman; Debendra Mallik; Tao Wang; Sriram R. Vangal; James W. Tschanz; Vivek De (IEEE J. Solid State Circuits, 2017)

Kinematic Constraints Based Bi-directional RRT (KB-RRT) with Parameterized Trajectories for Robot Path Planning in Cluttered Environment. - Dibyendu Ghosh; Ganeshram Nandakumar; Karthik Narayanan; Vinayak Honkote; Sidharth Sharma (ICRA, 2019)

A Distributed Autonomous and Collaborative Multi-Robot System Featuring a Low-Power Robot SoC in 22nm CMOS for Integrated Battery-Powered Minibots. - Vinayak Honkote; Dileep Kurian; Sriram Muthukumar; Dibyendu Ghosh; Satish Yada; Kartik Jain; Bradley Jackson; Ilya Klotchkov; Mallikarjuna Rao Nimmagadda; Shreela Dattawadkar; Pranjali Deshmukh; Ankit Gupta 011; et al. (ISSCC, 2019)

Energy Efficient Communication with Lossless Data Encoding for Swarm Robot Coordination. - Karthik Narayanan; Vinayak Honkote; Dibyendu Ghosh; Swamy Baldev (VLSID, 2019)

Adaptive Directional Path Planner for Real-Time, Energy-Efficient, Robust Navigation of Mobile Robots. - Mallikarjuna Rao Nimmagadda; Shreela Dattawadkar; Sriram Muthukumar; Vinayak Honkote (ICRA, 2020)

Dynamic Adaption of Noise Covariance for Accurate Indoor Localization of Mobile Robots in Non-Line-of-Sight Environments. - Dibyendu Ghosh; Vinayak Honkote; Karthik Narayanan (MFI, 2020)

Design and Integration of a Distributed, Autonomous and Collaborative Multi-Robot System for Exploration in Unknown Environments. - Vinayak Honkote; Dibyendu Ghosh; Karthik Narayanan; Ankit Gupta 011; Anuradha Srinivasan (SII, 2020)

Multi-Variable State Prediction: HMM Based Approach for Real-Time Trajectory Prediction. - Ankit; Karthik Narayanan; Dibyendu Ghosh; Vinayak Honkote; Ganeshram Nandakumar (IROS, 2021)

PG-RRT: A Gaussian Mixture Model Driven, Kinematically Constrained Bi-directional RRT for Robot Path Planning. - Paras Sharma; Ankit Gupta 011; Dibyendu Ghosh; Vinayak Honkote; Ganeshram Nandakumar; Debasish Ghose (IROS, 2021)

Resonant Rotary Clock Synchronization with Active and Passive Silicon Interposer. - Ragh Kuttappa; Baris Taskin; Vinayak Honkote; Satish Yada; Jainaveen Sundaram; Dileep Kurian; Tanay Karnik; Anuradha Srinivasan (ISCAS, 2022)

Action-conditioned Deep Visual Prediction with RoAM, a new Indoor Human Motion Dataset for Autonomous Robots. - Meenakshi Sarkar; Vinayak Honkote; Dibyendu Das 005; Debasish Ghose (RO-MAN, 2023)

High-Speed Phase-Based Computing. - Nicholas Sica; Ragh Kuttappa; Vinayak Honkote; Baris Taskin (ISCAS, 2024)

A 3.2GHz-15GHz Low Jitter Resonant Clock Featuring Rotary Traveling Wave Oscillators in Intel 4 CMOS for 3D Heterogeneous Multi-Die Systems. - Vinayak Honkote; Ragh Kuttappa; Jainaveen Sundaram; Satish Yada; Chinnusamy Kalimuthu; Juhi Patil; Richard Lee; Cristan Paulino; Paolo A. Aseron; Trang Nguyen; Amreesh Rao; Dileep Kurian; et al. (VLSI Technology and Circuits, 2024)

A High-Performance Passive Base System for Distributed AI/Media Acceleration. - Ragh Kuttappa; Jainaveen Sundaram; Srivatsa Rangachar Srinivasa; Paolo A. Aseron; Gauthaman Murali; Vinayak Honkote; Prerna Budhkar; Dileep Kurian; Ronald Kalim; Thomas P. Thomas; Anuradha Srinivasan; Tanay Karnik (CICC, 2025)

A 68 TOPS/W, 256MB SRAM Sparse GEMM Accelerator Tiled Across 16, 4nm Near Memory Compute (NMC) Chiplets Disaggregated 2.5D System. - Srivatsa Rangachar Srinivasa; Prerna Budhkar; Gauthaman Murali; Vui Seng Chua; Paolo A. Aseron; Vinayak Honkote; Ravi R. Iyer 001; Nilesh Jain; Dileep John Kurian; Anuradha Srinivasan; Tanay Karnik (CICC, 2025)

System-Level Validation Across Multiple Platforms to build a Robust 2.5D Multi Foundry Chiplet Solution. - Srivatsa Rangachar Srinivasa; Dileep Kurian; Paolo A. Aseron; Prerna Budhkar; Vinayak Honkote; Dan Lake; Jaykant Timbadiya; Satish Yada; Suresh Kadavakollu; James Greensky; Gauthaman Murali; Anuradha Srinivasan; et al. (ACM Great Lakes Symposium on VLSI, 2025)

A 300MB SRAM, 20Tb/s Bandwidth Scalable Heterogenous 2.5D System Inferencing Simultaneous Streams Across 20 Chiplets with Workload-Dependent Configurations. - Srivatsa Rangachar Srinivasa; Dileep Kurian; Paolo A. Aseron; Prerna Budhkar; Arun Radhakrishnan; Alejandro Cardenas Lopez; Jainaveen Sundaram; Vinayak Honkote; Leonid Azarenkov; Dan Lake; Jaykant Timbadiya; Mikhail J. Moiseev; et al. (ISSCC, 2025)