PhD Scholars [1]

  • Swetla Bharwal (with Dr. Tushar Jain, Jun 2019 -)

    •    Differentially private consensus in network systems

    MS & PhD Dual-degree Scholars [1]

  • Bame Chandam (Aug 2025 - )

    •    Decision Making for queues in Quantum Networks.

    MTech (R) Scholars [4]

  • Ann Maria Joy (Jan 2025 -)

       Analysis of transport protocols for data center networks.

  • Acquin Biju (Jan 2025 -)

       Load balancing and queue management in SDN.

  • Mahith Chintada (Jan 2025 -)

       Modelling and performance analysis of WiFi 8 MAC.

  • Rishikesh TP (Aug 2025 -)

       Client-aware queue management in next-generation networks.

    BTech Project [3]

  • Krish Mittal and Siddharth Amlavad (Aug 2025 - )

    •    Exploring the use of IRSA for medium access in VANETs.

  • Yash Chaudhary (Aug 2025 - )

    •    IoT inspired medium access protocols for V2V communications

  • Sameer Gupta (Aug 2025 - )

    •    Simulation-based study of queue management in P4 switches

    MS-PhD Dual Degree [1]

  • Uddipan Barooah (Feb 2020 - Dec 2025)

    •    Thesis: Cooperative Movement of Connected Vehicles in Heterogeneous Traffic: Modeling, Analysis and Control

    MS Scholars [1]

  • MS. Gayathree (Sept 2020 - Jun 2023) - Currently in Qualcomm India

    •    Performance analysis of IEEE 802.11p in the context of heterogeneous traffic

    MTech Project [1]

  • Aartesh Singh (Jul 2020 - Jun 2021)

    •    Scheduling principles for V2I systems

  • Archit Baliyan (Aug 2022 - Jun 2023)

    •    Mathematical modelling of BBR Congestion Control

  • Mahima Gupta (Dec 2022 - Jun 2024)

    •    A simulation study of minimal input-based AQM deployment in Internet routers

  • Gaurav Shukla (Jun 2023 - Jun 2024)

    •    A simulation study for selection of AQM strategies for routers in high-speed networks

  • Arpit Dua (Dec 2023 - Jul 2025)

    •    Learning-based decision making for queue management in high-speed networks.

    BTech Project [9]

  • Divyasheel Kumar (May 2022 - Jun 2023)

    •    Simulation-based model validation for BBR Congestion Control

  • Harnaman Kaur (Aug 2022 - Jun 2023)

    •    Modelling and performance analysis of Google's QUIC protocol

  • Akkapelli Harshith (Aug 2022 - Jun 2023)

    •    Modelling and performance analysis of Google's QUIC protocol

  • Rohan Raj Kansal (Aug 2022 - Dec 2022)

    •    Mathematical modelling of Dynamic TCP

  • Rijul Jain (Jun 2023 - Jun 2024)

    •    A simulation study of minimal input-based AQM deployment in Internet routers

  • Dipesh Sharma (Jun 2023 - Jun 2024)

    •    A simulation study of minimal input-based AQM deployment in Internet routers

  • Ashutosh Sharma (Jun 2023 - Jun 2024)

    •    Simulation of the 802.11bd MAC protocol for vehicular communications

  • Aniket Sukhija (Jun 2023 - Jun 2024)

    •    Simulation of the 802.11bd MAC protocol for vehicular communications

  • Jayanta Kumar M (Jun 2023 - Jun 2024)

    •    A non-linear dynamics approach towards understanding chaos engineering in CDNs

  • Aditya Ruhela (Jun 2024 - Jul 2025)

    •    Simulation of the 802.11bd MAC with channel bonding for vehicular communications

  • Somit Gond (with Dr. Padmanabhan Rajan, Jun 2024 - Jul 2025)

    •    Learning-based parameter tuning for network-assisted congestion control.

  • Swarnarup Bhunia (with Dr. Padmanabhan Rajan, Jun 2024 - Jul 2025)

    •    Learning-based parameter tuning for network-assisted congestion control.

    Others [5]

  • Aditya Sarkar (Summer Research, Jun 2023 -)

    •    Fairness constraints in BBR Congestion Control

       Markov-chain analysis of IEEE 802.11bd EDCA

  • Ashutosh Litoriya (Exploratory Research Work, Dec 2022 - Jan 2023)

    •    Simulation-based study of existing queue policies for Internet routers

  • Jai N Sharma (Winter Research Work, Dec 2022 - Jan 2023)

    •    Simulation study of 802.11p MAC protocol for vehicular communications

  • Nikhil Dhumale (Winter Exploratory Research, Dec 2023 - Jan 2024)

    •    Learning congestion window patterns in a network operating AIMD-based high-speed transport protocols

  • Rehan Syed (Winter Exploratory Research, Dec 2023 - Jan 2024)

    •    Learning congestion window patterns in a network operating AIMD-based high-speed transport protocols