Content search and routing under custodian unavailability in information-centric networks. - Anubhab Banerjee; Bitan Banerjee; Anand Seetharam; Chintha Tellambura (Comput. Networks, 2018)

Sharing Content at the Edge of the Network Using Game Theoretic Centrality. - Anubhab Banerjee; Nishanth Sastry; Carmen Mas Machuca (ICTON, 2019)

Game theoretic pricing policy in online media delivery platforms. - Anubhab Banerjee; Carmen Mas Machuca (CoRR, 2019)

Game theoretic Conflict Resolution Mechanism for Cognitive Autonomous Networks. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (SPECTS, 2020)

On the Necessity and Design of Coordination Mechanism for Cognitive Autonomous Networks. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (CoRR, 2020)

RAN Cognitive Controller. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (CoRR, 2020)

On Detection of Manipulative Cognitive Functions in Cognitive Autonomous Networks. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (CNSM, 2021)

An Intent-Driven Orchestration of Cognitive Autonomous Networks for RAN management. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (CNSM, 2021)

Optimal configuration determination in Cognitive Autonomous Networks. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (IM, 2021)

On the implementation of Cognitive Autonomous Networks. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (Internet Technol. Lett., 2021)

Contradiction Management in Intent-driven Cognitive Autonomous RAN. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (IFIP Networking, 2022)

Toward Control and Coordination in Cognitive Autonomous Networks. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (IEEE Trans. Netw. Serv. Manag., 2022)

Coordination, Trust and Orchestration of Cognitive, Open, Multi-Vendor Network Automation Functions. - Anubhab Banerjee; Georg Carle (CSCN, 2023)

Trust and Performance in Future AI-Enabled, Open, Multi-Vendor Network Management Automation. - Anubhab Banerjee; Stephen S. Mwanje; Georg Carle (IEEE Trans. Netw. Serv. Manag., 2023)

A 0.8-V, 593-pA Trim-free Duty-cycled All CMOS Current Reference for Ultra-Low Power IoT Applications. - Chetan Mittal; Arnab Dey; Anubhab Banerjee; Ashfakh Ali; Zia Abbas (VLSID, 2024)

A 275 pW, 0.5 V supply insensitive gate-leakage based current/voltage reference circuit for a wide temperature range of -55 to 100 °C without using amplifiers and resistors. - Bhartipudi Sahishnavi; Arnab Dey; Anubhab Banerjee; Andleeb Zahra; Zia Abbas (Microelectron. J., 2024)