Quotient States and Probabilistic Channels. - Ira S. Moskowitz (CSFW, 1990)

Analysis of a Storage Channel in the Two-Phase Commit Protocol. - Oliver Costich; Ira S. Moskowitz (CSFW, 1991)

Variable Noise Effects Upon a Simple Timing Channel. - Ira S. Moskowitz (S&P, 1991)

A classical Automata Approach to Noninterference Type Problems. - Ira S. Moskowitz; Oliver Costich (CSFW, 1992)

The influence of delay upon an idealized channel's bandwidth. - Ira S. Moskowitz; Allen R. Miller (S&P, 1992)

The channel capacity of a certain noisy timing channel. - Ira S. Moskowitz; Allen R. Miller (IEEE Trans. Inf. Theory, 1992)

A Pump for Rapid, Reliable, Secure Communication. - Myong H. Kang; Ira S. Moskowitz (CCS, 1993)

Information Theory (Robert B. Ash). - Ira S. Moskowitz (SIAM Rev., 1993)

Simple timing channels. - Ira S. Moskowitz; Allen R. Miller (S&P, 1994)

The Modulated-Input Modulated-Output Model. - Ira S. Moskowitz; Myong H. Kang (DBSec, 1995)

A network version of the Pump. - Myong H. Kang; Ira S. Moskowitz; Daniel C. Lee 001 (S&P, 1995)

A Case Study Of Two Nrl Pump Prototypes. - Myong H. Kang; Ira S. Moskowitz; Bruce E. Montrose; James J. Parsonese (ACSAC, 1996)

A framework for MLS interoperability. - Myong H. Kang; Judith N. Froscher; Ira S. Moskowitz (HASE, 1996)

Covert Channels - A Context-Based View. - Catherine Meadows 001; Ira S. Moskowitz (Information Hiding, 1996)

A Network Pump. - Myong H. Kang; Ira S. Moskowitz; Daniel C. Lee 001 (IEEE Trans. Software Eng., 1996)

An Architecture for Multilevel Secure Interoperability. - Myong H. Kang; Judith N. Froscher; Ira S. Moskowitz (ACSAC, 1997)

Critical analysis of security in voice hiding techniques. - Liwu Chang; Ira S. Moskowitz (ICICS, 1997)

An insecurity flow model. - Ira S. Moskowitz; Myong H. Kang (NSPW, 1997)

Bayesian Methods to the Database Inference Problem. - Liwu Chang; Ira S. Moskowitz (DBSec, 1998)

Parsimonious Downgrading and Decision Trees Applied to the Inference Problem. - Liwu Chang; Ira S. Moskowitz (Workshop on New Security Paradigms, 1998)

Design and Assurance Strategy for the NRL Pump. - Myong H. Kang; Andrew P. Moore; Ira S. Moskowitz (Computer, 1998)

An Analysis of the Timed Z-Channel. - Ira S. Moskowitz; Steven J. Greenwald; Myong H. Kang (IEEE Trans. Inf. Theory, 1998)

A Strategy for an MLS Workflow Management System. - Myong H. Kang; Judith N. Froscher; Brian J. Eppinger; Ira S. Moskowitz (DBSec, 1999)

An Entropy-Based Framework for Database Inference. - Ira S. Moskowitz; Liwu Chang (Information Hiding, 1999)

An Integrated Framework for Database Privacy Protection. - Liwu Chang; Ira S. Moskowitz (DBSec, 2000)

A new paradigm hidden in steganography. - Ira S. Moskowitz; Garth E. Longdon; Liwu Chang (NSPW, 2000)

Randomly roving agents for intrusion detection. - Ira S. Moskowitz; Myong H. Kang; Liwu Chang; Garth E. Longdon (DBSec, 2001)

A Study of Inference Problems in Distributed Databases. - Liwu Chang; Ira S. Moskowitz (DBSec, 2002)

A Steganographic Embedding Undetectable by JPEG Compatibility Steganalysis. - Richard E. Newman; Ira S. Moskowitz; Liwu Chang; Murali M. Brahmadesam (Information Hiding, 2002)

Capacity is the wrong paradigm. - Ira S. Moskowitz; Liwu Chang; Richard E. Newman (NSPW, 2002)

Metrics for Trafic Analysis Prevention. - Richard E. Newman; Ira S. Moskowitz; Paul F. Syverson; Andrei Serjantov (Privacy Enhancing Technologies, 2003)

Covert channels and anonymizing networks. - Ira S. Moskowitz; Richard E. Newman; Daniel P. Crepeau; Allen R. Miller (WPES, 2003)

An Agent-Based Approach to Inference Prevention in Distributed Database Systems. - James Tracy; Liwu Chang; Ira S. Moskowitz (Int. J. Artif. Intell. Tools, 2003)

Anonymity and Covert Channels in Simple Timed Mix-Firewalls. - Richard E. Newman; Vipan R. Nalla; Ira S. Moskowitz (Privacy Enhancing Technologies, 2004)

The Pump: A Decade of Covert Fun. - Myong H. Kang; Ira S. Moskowitz; Stanley Chincheck (ACSAC, 2005)

Composite signature based watermarking for fingerprint authentication. - Farid Ahmed; Ira S. Moskowitz (MM&Sec, 2005)

Timing channels, anonymity, mixes, and spikes. - Ira S. Moskowitz; Richard E. Newman (ACST, 2006)

Noisy Timing Channels with Binary Inputs and Outputs. - Keye Martin; Ira S. Moskowitz (Information Hiding, 2006)

Difference of Sums Containing Products of Binomial Coefficients and Their Logarithms. - Allen R. Miller; Ira S. Moskowitz (SIAM Rev., 2006)

Practical Covert Channel Implementation through a Timed Mix-Firewall. - Richard E. Newman; Ira S. Moskowitz (IPCCC, 2008)

An approximation of the capacity of a simple channel. - Ira S. Moskowitz (CISS, 2009)

Eigenvalue characterization of the capacity of discrete memoryless channels with invertible channel matrices. - Paul Cotae; Ira S. Moskowitz; Myong H. Kang (CISS, 2010)

Approximations for the capacity of binary input discrete memoryless channels. - Ira S. Moskowitz (CISS, 2010)

Directed information and the NRL Network Pump. - Siva K. Gorantla; Sachin Kadloor; Todd P. Coleman; Negar Kiyavash; Ira S. Moskowitz; Myong H. Kang (ISITA, 2010)

Algebraic information theory for binary channels. - Keye Martin; Ira S. Moskowitz; Gerard Allwein (Theor. Comput. Sci., 2010)

On the baseband communication performance of physical layer steganography. - Pedro N. Safier; Ira S. Moskowitz; Paul Cotae (CISS, 2011)

On the Partial Ordering of the Discrete Memoryless Channels Arising in Cooperative Sensor Networks. - Paul Cotae; Ira S. Moskowitz (NTMS, 2011)

Algebraic information theory and stochastic resonance for binary-input binary-output channels. - Ira S. Moskowitz; Paul Cotae; Pedro N. Safier (CISS, 2012)

Characterizing the Efficacy of the NRL Network Pump in Mitigating Covert Timing Channels. - Siva K. Gorantla; Sachin Kadloor; Negar Kiyavash; Todd P. Coleman; Ira S. Moskowitz; Myong H. Kang (IEEE Trans. Inf. Forensics Secur., 2012)

On the optimal placement of underwater sensors in a tree shaped multi-hop hierarchical network. - Hadis Dashtestani; Paul Cotae; Ira S. Moskowitz (CISS, 2013)

Capacity of an intensity interferometry channel. - Pedro N. Safier; Ira S. Moskowitz; Gerard Allwein (CISS, 2013)

Joint optimal placement and energy allocation of underwater sensors in a tree topology. - Hadis Dashtestani; Paul Cotae; Ira S. Moskowitz (CISS, 2014)

Discovering and analyzing deviant communities: Methods and experiments. - Napoleon Paxton; Dae-il Jang; Ira S. Moskowitz; Gail-Joon Ahn; Stephen Russell 001 (CollaborateCom, 2014)

Network Traffic Anomalies, Natural Language Processing, and Random Matrix Theory. - Pedro N. Safier; Ira S. Moskowitz (Complex Adaptive Systems, 2014)

Non-data aided doppler shift estimation for underwater acoustic communication. - Paul Cotae; Suresh Regmi; Ira S. Moskowitz (COMM, 2014)

A Thermodynamics of Teams: Towards a Robust Computational Model of Autonomous Teams. - William Frere Lawless; Ira S. Moskowitz; Ranjeev Mittu; Donald A. Sofge (AAAI Spring Symposia, 2015)

A Network Science Approach to Entropy and Training. - Ira S. Moskowitz; William Frere Lawless; Paul Hyden; Ranjeev Mittu (AAAI Spring Symposia, 2015)

Utilizing Network Science and Honeynets for Software Induced Cyber Incident Analysis. - Napoleon Paxton; Dae-il Jang; Stephen Russell 001; Gail-Joon Ahn; Ira S. Moskowitz; Paul Hyden (HICSS, 2015)

SINR-based scheduling for minimum latency broadcast. - Clement Kam; Sastry Kompella; Anthony Ephremides; Ira S. Moskowitz (ICC, 2015)

A Survey of Community Detection Algorithms Based On Analysis-Intent. - Napoleon C. Paxton; Stephen Russell 001; Ira S. Moskowitz; Paul Hyden (Cyber Warfare, 2015)

Human Information Interaction, Artificial Intelligence, and Errors. - Stephen Russell 001; Ira S. Moskowitz (AAAI Spring Symposia, 2016)

Fortification Through Topological Dominance: Using Hop Distance and Randomized Topology Strategies to Enhance Network Security. - Paul Hyden; Ira S. Moskowitz; Stephen Russell 001 (AAAI Spring Symposia, 2016)

Human Caused Bifurcations in a Hybrid Team - A Position Paper. - Ira S. Moskowitz; William F. Lawless (AAAI Spring Symposia, 2016)

Bayesian occupancy grid mapping via an exact inverse sensor model. - Evan Kaufman; Taeyoung Lee; Zhuming Ai; Ira S. Moskowitz (ACC, 2016)

Using Network Topology to Supplement High Assurance Systems. - Paul Hyden; Ira S. Moskowitz; Stephen Russell 001 (HASE, 2016)

Network topology and mean infection times. - Ira S. Moskowitz; Paul Hyden; Stephen Russell 001 (Soc. Netw. Anal. Min., 2016)

Modeling User Behaviors to Enable Context-Aware Proactive Decision Support. - Benjamin Newsom; Ranjeev Mittu; Mark A. Livingston; Stephen Russell 001; Jonathan W. Decker; Eric Leadbetter; Ira S. Moskowitz; Antonio Gilliam; Ciara Sibley; Joseph T. Coyne; Myriam Abramson (Context-Enhanced Information Fusion, 2016)

Human Information Interaction, Artificial Intelligence, and Errors. - Stephen Russell 001; Ira S. Moskowitz; Adrienne Raglin (Autonomy and Artificial Intelligence, 2017)

Steganographic Internet of Things: Graph Topology Timing Channels. - Ira S. Moskowitz; Stephen Russell 001; Brian Jalaian (AAAI Workshops, 2018)

Meta-Agents: Managing Dynamism in the Internet of Things (IoT) with Multi-agent Networks. - Hesham Fouad; Ira S. Moskowitz (AAAI Spring Symposia, 2018)

Valuable Information and the Internet of Things. - Ira S. Moskowitz; Stephen Russell 001 (AAAI Spring Symposia, 2018)

Managing risk in high assurance systems by optimizing topological resources. - Paul Hyden; Richard G. McGrath; Ira S. Moskowitz; Stephen Russell 001 (J. Softw. Evol. Process., 2018)

Agent Team Action, Brownian Motion and Gambler's Ruin. - Ira S. Moskowitz (Engineering Artificially Intelligent Systems, 2021)

Mutual Information and Multi-Agent Systems. - Ira S. Moskowitz; Pi Rogers; Stephen Russell 001 (Entropy, 2022)

A Quantum-like Model of Interdependence for Embodied Human-Machine Teams: Reviewing the Path to Autonomy Facing Complexity and Uncertainty. - William F. Lawless; Ira S. Moskowitz; Katarina Z. Doctor (Entropy, 2023)

Responsible Integration of Large Language Models (LLMs) in Navy Operational Plan Generation. - Simon Kapiamba; Hesham Fouad; Ira S. Moskowitz (AAAI Spring Symposia, 2024)

A Dynamical Systems Approach for Detecting Cyberattacks in Software-Defined Networks. - Hesham Fouad; Alexander Velazquez; Ira S. Moskowitz (MILCOM, 2024)