• Prasad Anjangi, Shiraz Shahabudeen, Chinmay Pendharkar 2020. “Practical Underwater Software Defined Networking,” in IEEE OCEANS’20, (Singapore), August 2020. (INSTRUCTOR)

• Prasad Anjangi 2019. "Simulation of Underwater Communications (SUC'19)" , (NIT Surathkal, India), Dec 2019. (INSTRUCTOR)

• Mandar Chitre, Chinmay Pendharkar, Prasad Anjangi, Manu Ignatius, 2018. “Hands-on with software defined modems & underwater networks 2018, (Biograd Na Moru, Croatia), Oct 2018. (CONTRIBUTER)

• Prasad Anjangi, Mandar Chitre, Shiraz Shahabudeen, 2018. “A Tutorial on Underwater Acoustic Networking,” in IEEE OCEANS’18, (Kobe, Japan), May 2018. (INSTRUCTOR)

• Wu Shuangshuang, M. Chitre, P. Anjangi 2021, September. Monte Carlo Tree Search and Feedback Adaptation for Underwater Acoustic Link Tuning. In IEEE Global Oceans 2021 (San Diego -Porto).

• P. Anjangi, M. Chitre, M. Ignatius, C. Pendharkar 2021, September. Distributed Spatial Diversity Enabled Receiver System for an Underwater Acoustic Link. In 2020 Fifth Underwater Communications and Networking Conference (UComms) (pp. 1-5). IEEE.

• P. Anjangi, M. Chitre, 2020, August. Diver Communications and Localisation System Using Underwater Acoustics. in IEEE OCEANS’20, (Singapore), August 2020. [DOI]

• P. Anjangi and M. Chitre, 2018, August. Model-based Data-driven Learning Algorithm for Tuning an Underwater Acoustic Link. In 2018 Fourth Underwater Communications and Networking Conference (UComms) (pp. 1-5). IEEE. [pdf] [DOI][slides]

• P. Anjangi and M. Chitre, “Propagation Delay Aware Unslotted Schedules with Variable Packet Duration for Underwater Acoustic Networks,” IEEE Journal of Oceanic Engineering, pp. 1-17, January 2017.[pdf] [DOI]

• P. Anjangi and M. Chitre, “Experimental Demonstration of Super-TDMA: A MAC Protocol Exploiting Large Propagation Delays in Underwater Acoustic Networks,” in Underwater Communications Networking (Ucomms 2016), (Lerici, Italy), September 2016 .[pdf] [DOI][slides] (INVITED)

• P. Anjangi and M. Chitre, “Unslotted Transmission Schedules for Practical Underwater Acoustic Multihop Grid Networks with Large Propagation Delays,” in Underwater Communications Networking (Ucomms 2016), (Lerici, Italy), September 2016. [pdf] [DOI][slides] (INVITED)

• P. Anjangi and M. Chitre, “Design and Implementation of Super-TDMA: A MAC Protocol Exploiting Large Propagation Delays for Underwater Acoustic Networks,” in WUWNet’15, (Washington DC, USA), October 2015. [pdf] [DOI][slides] (BEST EXPERIMENTAL STUDENT PAPER AWARD)

• P. Anjangi and M. Chitre, “Scheduling Algorithm with Transmission Power Control for Random Underwater Acoustic Networks,” in IEEE OCEANS’15, (Genoa, Italy), May 2015. [pdf] [DOI][slides]

P.Anjangi, M.Chitre, M.Ignatius, C. Pendharkar, A Receiver System and a Method for Receiving a Transmitted Signal via a Long-Range Link, 2019. (SG Non-Provisional Application No. 10201902330U) (International application published under the Patent Cooperation Treaty (PCT)

• P.Anjangi, Cooperative Strategies For Exploiting Spatial Diversity in Underwater Acoustic Networks, 2017. [request to view]

• P. Anjangi, Design and Implementation of Cooperative Strategies Exploiting Spatial Diversity in Underwater Acoustic Networks, 2018. [request to view]

• P. Anjangi, Distributed Cooperative Diversity System Development for Underwater Acoustic Networks, 2019. [request to view]

• P.Anjangi, Synchronizing physical clocks among different UnetStack-based modems, 2021

• P.Anjangi, What's so "super " about Super-TDMA ?, 2020

• P.Anjangi, Exploiting Distributed Spatial Diversity Using UnetStack, 2020

• P.Anjangi, Using MATLAB with UnetStack3., 2019

• P.Anjangi, Basic modem operations using UnetStack., 2018

• P.Anjangi, On underwater localization using UnetStack., 2018

• P.Anjangi, M.Chitre, RFC U0002: Spatial diversity framework in UnetStack (2019) [request to view]

• P.Anjangi, M.Chitre, M.Ignatius, C. Pendharkar, RFC U0005: Ultra-short Baseline System for Localisation (USBL) framework in UnetStack (2020) [request to view]

P. Anjangi, Transmission Scheduling Strategies for Underwater Acoustic Networks with Large Propagation Delays. PhD thesis, National University of Singapore, 2016. [pdf][DOI]