The Size of Optimal Sequence Sets for Synchronous CDMA Systems - Rajesh Sundaresan; Arun Padakandla (CoRR, 2006)

On The Duality Between Rate And Power Optimizations. - Arun Padakandla; Rajesh Sundaresan (ISIT, 2007)

Complexity of scheduling for minimum power on a GMAC. - Arun Padakandla; Rajesh Sundaresan (ISIT, 2008)

Separable Convex Optimization Problems with Linear Ascending Constraints. - Arun Padakandla; Rajesh Sundaresan (SIAM J. Optim., 2009)

Power minimization for CDMA under colored noise. - Arun Padakandla; Rajesh Sundaresan (IEEE Trans. Commun., 2009)

Nested linear codes achieve Marton's inner bound for general broadcast channels. - Arun Padakandla; Sandeep S. Pradhan (ISIT, 2011)

A new achievable rate region for the 3-user discrete memoryless interference channel. - Arun Padakandla; Aria Ghasemian Sahebi; S. Sandeep Pradhan (ISIT, 2012)

A new coding theorem for three user discrete memoryless broadcast channel - Arun Padakandla; Sandeep S. Pradhan (CoRR, 2012)

Computing sum of sources over an arbitrary multiple access channel. - Arun Padakandla (ISIT, 2013)

Achievable rate region based on coset codes for multiple access channel with states. - Arun Padakandla; S. Sandeep Pradhan (ISIT, 2013)

A new achievable rate region for the multiple access channel with noncausal states - Arun Padakandla; Sandeep S. Pradhan (CoRR, 2013)

Computing sum of sources over an arbitrary multiple access channel - Arun Padakandla; S. Sandeep Pradhan (CoRR, 2013)

An Achievable rate region for the $3-$user interference channel based on coset codes. - Arun Padakandla; Aria Ghasemian Sahebi; S. Sandeep Pradhan (CoRR, 2014)

Coset codes for communicating over non-additive channels. - Arun Padakandla; S. Sandeep Pradhan (ISIT, 2015)

Communicating correlated sources over a MAC in the absence of a Gács-Körner common part. - Arun Padakandla (ISIT, 2016)

On Transmitting Correlated Sources over a MAC. - Arun Padakandla (CoRR, 2016)

An Achievable Rate Region for the Three-User Interference Channel Based on Coset Codes. - Arun Padakandla; Aria Ghasemian Sahebi; S. Sandeep Pradhan (IEEE Trans. Inf. Theory, 2016)

Communicating correlated sources over an interference channel. - Arun Padakandla (ISIT, 2017)

Communicating correlated sources over a MAC. - Arun Padakandla (ISIT, 2017)

Communicating correlated sources over multi-user channels. - Arun Padakandla (ITA, 2017)

An Achievable Rate Region Based on Coset Codes for Multiple Access Channel With States. - Arun Padakandla; S. Sandeep Pradhan (IEEE Trans. Inf. Theory, 2017)

Network Archaeology via Epidemic Processes: The Case of Growing Trees. - Abram Magner; Arun Padakandla (Allerton, 2018)

Preserving Privacy and Fidelity via Ehrhart Theory. - Arun Padakandla; P. R. Kumar 001; Wojciech Szpankowski (ISIT, 2018)

Achievable Rate Region for Three User Discrete Broadcast Channel Based on Coset Codes. - Arun Padakandla; S. Sandeep Pradhan (IEEE Trans. Inf. Theory, 2018)

Achievable Rate-Distortion Region for Robust Distributed Source Coding. - Arun Padakandla (ITW, 2019)

On Enhancing the Fixed Block-Length Coding Scheme for Joint source-channel communication. - Arun Padakandla (ITW, 2019)

An Algebraic and Probabilistic Framework for Network Information Theory. - S. Sandeep Pradhan; Arun Padakandla; Farhad Shirani 001 (Found. Trends Commun. Inf. Theory, 2020)

Communicating Correlated Sources Over MAC and Interference Channels I: Separation-Based Schemes. - Arun Padakandla (IEEE Trans. Inf. Theory, 2020)

The Trade-Off Between Privacy and Fidelity via Ehrhart Theory. - Arun Padakandla; P. R. Kumar 001; Wojciech Szpankowski (IEEE Trans. Inf. Theory, 2020)

Computing Sum of Sources over a Classical-Quantum MAC. - Touheed Anwar Atif; Arun Padakandla; S. Sandeep Pradhan (ISIT, 2021)

Achievable rate-region for 3 - User Classical-Quantum Interference Channel using Structured Codes. - Touheed Anwar Atif; Arun Padakandla; S. Sandeep Pradhan (ISIT, 2021)

Synthesizing Correlated Randomness using Algebraic Structured Codes. - Touheed Anwar Atif; Arun Padakandla; S. Sandeep Pradhan (ISIT, 2021)

A Theoretical Framework for Learning from Quantum Data. - Mohsen Heidari; Arun Padakandla; Wojciech Szpankowski (ISIT, 2021)

Optimal Simulation of Quantum Measurements via the Likelihood POVMs. - Arun Padakandla (CoRR, 2021)

Communicating Correlated Sources Over MAC and Interference Channels II: Joint Source-Channel Coding. - Arun Padakandla (IEEE Trans. Inf. Theory, 2021)

PAC Learning of Quantum Measurement Classes : Sample Complexity Bounds and Universal Consistency. - Arun Padakandla; Abram Magner (AISTATS, 2022)

Centralised multi link measurement compression with side information. - Sayantan Chakraborty 002; Arun Padakandla; Pranab Sen (ISIT, 2022)

An Achievable Rate Region for 3-User Classical-Quantum Broadcast Channels. - Arun Padakandla (ISIT, 2022)

Unified approach for computing sum of sources over CQ-MAC. - Mohammad Aamir Sohail; Touheed Anwar Atif; S. Sandeep Pradhan; Arun Padakandla (CoRR, 2022)

Computing Sum of Sources Over a Classical-Quantum MAC. - Mohammad Aamir Sohail; Touheed Anwar Atif; Arun Padakandla; S. Sandeep Pradhan (IEEE Trans. Inf. Theory, 2022)

Source Coding for Synthesizing Correlated Randomness. - Touheed Anwar Atif; Arun Padakandla; S. Sandeep Pradhan (IEEE Trans. Inf. Theory, 2023)

Empirical Risk Minimization and Uniform Convergence for Probabilistically Observed and Quantum Measurement Hypothesis Classes. - Abram Magner; Arun Padakandla (ISIT, 2024)

Simulation of Separable Quantum Measurements on Bipartite States via Likelihood POVMs. - Arun Padakandla; Naqueeb Warsi (ISIT, 2024)

Fat shattering, joint measurability, and PAC learnability of POVM hypothesis classes. - Abram Magner; Arun Padakandla (Quantum Inf. Process., 2024)

Achievable Rate Regions for Multi-terminal Quantum Channels via Coset Codes. - Fatma Gouiaa; Arun Padakandla (CoRR, 2025)

Simultaneous Decoding of Classical Coset Codes over 3-User Quantum Broadcast Channel: New Achievable Rate Regions. - Fatma Gouiaa; Arun Padakandla (CoRR, 2025)

Communicating Over a Classical-Quantum MAC With State Information Distributed at the Senders. - Arun Padakandla (IEEE Trans. Inf. Theory, 2025)