On the Low SNR Capacity of Peak-Limited Non-Coherent Fading Channels with Memory - Amos Lapidoth; Ligong Wang 002 (CoRR, 2006)

Low SNR Capacity of Fading Channels -MIMO and Delay Spread. - Vignesh Sethuraman; Ligong Wang 002; Bruce E. Hajek; Amos Lapidoth (ISIT, 2007)

The Poisson Channel at Low Input Powers - Amos Lapidoth; Jeffrey H. Shapiro; Vinodh Venkatesan; Ligong Wang 002 (CoRR, 2008)

The Poisson channel with side information. - Shraga I. Bross; Amos Lapidoth; Ligong Wang 002 (Allerton, 2009)

Simple channel coding bounds. - Ligong Wang 002; Renato Renner; Roger Colbeck (ISIT, 2009)

Low-SNR Capacity of Noncoherent Fading Channels. - Vignesh Sethuraman; Ligong Wang 002; Bruce E. Hajek; Amos Lapidoth (IEEE Trans. Inf. Theory, 2009)

It takes half the energy of a photon to send one bit reliably on the Poisson channel with feedback - Shahab Asoodeh; Amos Lapidoth; Ligong Wang 002 (CoRR, 2010)

The Discrete-Time Poisson Channel at Low Input Powers. - Amos Lapidoth; Jeffrey H. Shapiro; Vinodh Venkatesan; Ligong Wang 002 (IEEE Trans. Inf. Theory, 2011)

Information-theoretic aspects of optical communications. - Ligong Wang 002 (2011)

Covering arbitrary point patterns. - Arya Mazumdar; Ligong Wang 002 (Allerton Conference, 2012)

Layered schemes for large-alphabet secret key distribution. - Hongchao Zhou; Ligong Wang 002; Gregory W. Wornell (ITA, 2013)

The State-Dependent Semideterministic Broadcast Channel. - Amos Lapidoth; Ligong Wang 002 (IEEE Trans. Inf. Theory, 2013)

The impact of dark current on the wideband Poisson channel. - Ligong Wang 002; Gregory W. Wornell (ISIT, 2014)

Toward Photon-Efficient Key Distribution Over Optical Channels. - Yuval Kochman; Ligong Wang 002; Gregory W. Wornell (IEEE Trans. Inf. Theory, 2014)

Correction to "Toward Photon-Efficient Key Distribution over Optical Channels". - Yuval Kochman; Ligong Wang 002; Gregory W. Wornell (IEEE Trans. Inf. Theory, 2014)

A Refined Analysis of the Poisson Channel in the High-Photon-Efficiency Regime. - Ligong Wang 002; Gregory W. Wornell (IEEE Trans. Inf. Theory, 2014)

Limits of low-probability-of-detection communication over a discrete memoryless channel. - Ligong Wang 002; Gregory W. Wornell; Lizhong Zheng (ISIT, 2015)

Covering Point Patterns. - Amos Lapidoth; Andreas Malär; Ligong Wang 002 (IEEE Trans. Inf. Theory, 2015)

On the continuous-time Poisson channel with varying dark current known to the transmitter. - Ligong Wang 002 (ISIT, 2016)

Optimal throughput for covert communication over a classical-quantum channel. - Ligong Wang 002 (ITW, 2016)

Fundamental Limits of Communication With Low Probability of Detection. - Ligong Wang 002; Gregory W. Wornell; Lizhong Zheng (IEEE Trans. Inf. Theory, 2016)

Covert communication with noncausal channel-state information at the transmitter. - Si-Hyeon Lee; Ligong Wang 002; Ashish Khisti; Gregory W. Wornell (ISIT, 2017)

Asymptotic capacity results for MIMO wireless optical communication. - Stefan M. Moser; Michail Mylonakis; Ligong Wang 002; Michèle A. Wigger (ISIT, 2017)

A strong data processing inequality for thinning poisson processes and some applications. - Ligong Wang 002 (ISIT, 2017)

Asymptotic high-SNR capacity of MISO optical intensity channels. - Stefan M. Moser; Ligong Wang 002; Michèle A. Wigger (ITW, 2017)

Hypothesis testing over cascade channels. - Sadaf Salehkalaibar; Michèle A. Wigger; Ligong Wang 002 (ITW, 2017)

Hypothesis Testing In Multi-Hop Networks. - Sadaf Salehkalaibar; Michèle A. Wigger; Ligong Wang 002 (CoRR, 2017)

The MISO free-space optical channel at low and moderate SNR. - Longguang Li; Stefan M. Moser; Ligong Wang 002; Michèle A. Wigger (CISS, 2018)

Covert Communication over a Physically Degraded Relay Channel with Non-Colluding Wardens. - Keerthi Suria Kumar Arumugam; Matthieu R. Bloch; Ligong Wang 002 (ISIT, 2018)

The Continuous-Time Poisson Channel Has Infinite Covert Communication Capacity. - Ligong Wang 002 (ISIT, 2018)

DoF in Sectored Cellular Systems with BS Cooperation Under a Complexity Constraint. - Samet Gelincik; Michèle A. Wigger; Ligong Wang 002 (ISWCS, 2018)

On Covert Communication Over Infinite-Bandwidth Gaussian Channels. - Ligong Wang 002 (SPAWC, 2018)

Covert Communication With Channel-State Information at the Transmitter. - Si-Hyeon Lee; Ligong Wang 002; Ashish Khisti; Gregory W. Wornell (IEEE Trans. Inf. Forensics Secur., 2018)

Capacity Results on Multiple-Input Single-Output Wireless Optical Channels. - Stefan M. Moser; Ligong Wang 002; Michèle A. Wigger (IEEE Trans. Inf. Theory, 2018)

On the Capacity of Block Fading Optical Wireless Channels. - Longguang Li; Stefan M. Moser; Ligong Wang 002; Michèle A. Wigger (GLOBECOM, 2019)

Embedding Covert Information on a Given Broadcast Code. - David Kibloff; Samir M. Perlaza; Ligong Wang 002 (ISIT, 2019)

On Gaussian covert communication in continuous time. - Ligong Wang 002 (EURASIP J. Wirel. Commun. Netw., 2019)

Hypothesis Testing Over the Two-Hop Relay Network. - Sadaf Salehkalaibar; Michèle A. Wigger; Ligong Wang 002 (IEEE Trans. Inf. Theory, 2019)

The Poisson Channel With Varying Dark Current Known to the Transmitter. - Ligong Wang 002 (IEEE Trans. Inf. Theory, 2019)

On the Communication Exponent of Distributed Testing for Gaussian Correlations. - Yuval Kochman; Ligong Wang 002 (ITW, 2020)

Correction to: On Gaussian covert communication in continuous time. - Ligong Wang 002 (EURASIP J. Wirel. Commun. Netw., 2020)

Asymptotic Capacity Results on the Discrete-Time Poisson Channel and the Noiseless Binary Channel with Detector Dead Time. - Ligong Wang 002 (Entropy, 2020)

On the Capacity of MIMO Optical Wireless Channels. - Longguang Li; Stefan M. Moser; Ligong Wang 002; Michèle A. Wigger (IEEE Trans. Inf. Theory, 2020)

Covert Communication Over the Poisson Channel. - Ligong Wang 002 (IEEE J. Sel. Areas Inf. Theory, 2021)

Benefits of Local Cooperation in Sectorized Cellular Networks Under a Complexity Constraint. - Samet Gelincik; Michèle A. Wigger; Ligong Wang 002 (IEEE Trans. Wirel. Commun., 2021)

Signaling for MISO Channels Under First- and Second-Moment Constraints. - Shuai Ma 002; Stefan M. Moser; Ligong Wang 002; Michèle A. Wigger (ISIT, 2022)

An Extensible Covert Communication Scheme Over the AWGN Channel With Feedback. - Hangmei Rao; Ligong Wang 002 (ITW, 2022)

Covert Communication over Two Types of Additive Noise Channels. - Cécile Bouette; Laura Luzzi; Ligong Wang 002 (ITW, 2023)

Improved Random-Binning Exponent for Distributed Hypothesis Testing. - Yuval Kochman; Ligong Wang 002 (CoRR, 2023)

State-Dependent Channels with a Message-Cognizant Helper. - Amos Lapidoth; Ligong Wang 002; Yiming Yan (CoRR, 2023)

On the Capacity of Scalar Gaussian Channels Subject to State Obfuscation. - Omri Lev; Matthew Ho; Ligong Wang 002; Gregory W. Wornell (Allerton, 2024)

Message-Cognizant Assistance and Feedback for the Gaussian Channel. - Amos Lapidoth; Ligong Wang 002; Yiming Yan (ISIT, 2024)

State-Dependent DMC With a Causal Helper. - Amos Lapidoth; Ligong Wang 002 (IEEE Trans. Inf. Theory, 2024)

Communication Over Discrete Channels Subject to State Obfuscation. - Ligong Wang 002; Gregory W. Wornell (IEEE Trans. Inf. Theory, 2024)

Covert Communication Over Additive-Noise Channels. - Cécile Bouette; Laura Luzzi; Ligong Wang 002 (IEEE Trans. Inf. Theory, 2025)

Communication With Noncausal Message-Dependent Bi-Terminal Help. - Amos Lapidoth; Ligong Wang 002; Yiming Yan (IEEE Trans. Inf. Theory, 2025)