Time-Critical Scheduling in Stochastic Domains. - Lloyd G. Greenwald; Thomas Dean (AAAI, 1994)

Solving Time-critical Decision-making Problems with Predictable Computational Demands. - Thomas Dean; Lloyd G. Greenwald (AIPS, 1994)

Package routing in transportation networks with fixed vehicle schedules. - Lloyd G. Greenwald; Thomas Dean (Networks, 1996)

Analysis and Design of On-line Decision-making Solutions for Time-Critical Planning and Scheduling Under Certainty. - Lloyd G. Greenwald (1997)

A Conditional Scheduling Approach to Designing Real-Time Systems. - Lloyd G. Greenwald; Thomas Dean (AIPS, 1998)

Efficient exploration for optimizing immediate reward. - Dale Schuurmans; Lloyd G. Greenwald (AAAI/IAAI, 1999)

Using Bayesian Networks for Cleansing Trauma Data. - Prashant Doshi; Lloyd G. Greenwald; John R. Clarke (FLAIRS, 2003)

Mobile robot labs. - Lloyd G. Greenwald; Joseph B. Kopena (IEEE Robotics Autom. Mag., 2003)

Toward the use of local monitoring and network-wide correction to achieve QoS guarantees in mobile ad hoc networks. - Harpreet Arora; Lloyd G. Greenwald (SECON, 2004)

The 2004 AAAI Spring Symposium Series. - Lola Cañamero; Zachary Dodds; Lloyd G. Greenwald; James P. Gunderson; Ayanna M. Howard; Eva Hudlicka; Cheryl Martin 001; Lynn Parker; Tim Oates 001; Terry R. Payne; Yan Qu; Craig Schlenoff; et al. (AI Mag., 2004)

Synchronization effects in mobile ad hoc networks. - Harpreet Arora; Lloyd G. Greenwald; Harish Sethu; John Novatnack (WiMob (3), 2005)

Evaluating ad hoc routing protocols with respect to quality of service. - John Novatnack; Lloyd G. Greenwald; Harpreet Arora (WiMob (3), 2005)

An exploration of statistical models for automated test case generation. - Jessica Sant; Amie L. Souter; Lloyd G. Greenwald (ACM SIGSOFT Softw. Eng. Notes, 2005)

Components, Curriculum, and Community: Robots and Robotics in Undergraduate AI Education. - Zachary Dodds; Lloyd G. Greenwald; Ayanna M. Howard; Sheila Tejada; Jerry B. Weinberg (AI Mag., 2006)

Using Educational Robotics to Motivate Complete AI Solutions. - Lloyd G. Greenwald; Donovan Artz; Yogi Mehta; Babak Shirmohammadi (AI Mag., 2006)

The AAAI 2005 Mobile Robot Competition and Exhibition. - Paul E. Rybski; Sheila Tejada; Douglas Blank; Ashley W. Stroupe; Magdalena D. Bugajska; Lloyd G. Greenwald (AI Mag., 2006)

Toward Undetected Operating System Fingerprinting. - Lloyd G. Greenwald; Tavaris J. Thomas (WOOT, 2007)

Understanding and preventing network device fingerprinting. - Lloyd G. Greenwald; Tavaris J. Thomas (Bell Labs Tech. J., 2007)

LGS' government communications laboratory and research for the U.S. government. - Marc Beacken; Linda Braun; Dominick J. Imbesi; Lloyd G. Greenwald; Michael J. Geller; Adrian Hartman; Michael J. Chen; Mike Ter Louw; Alfonso Piccirilli; David Bishop (Bell Labs Tech. J., 2011)

Performance Model for a Cache Enabled Content Distribution Framework over MANET. - Yang Guo 001; Lloyd G. Greenwald; Mary R. Schurgot; Matteo Varvello (ICCCN, 2013)

Range Queries in MANET: Can Information-Centric Networking Help? - Matteo Varvello; Jairo O. Esteban; Mark Smith; Lloyd G. Greenwald; Yang Guo 001; Mary R. Schurgot (ICCCN, 2013)

Providing Local Content Discovery and Sharing in Mobile Tactical Networks. - Mary R. Schurgot; Jairo O. Esteban; Lloyd G. Greenwald; Yang Guo 001; Mark Smith; David Stott; Matteo Varvello; Limin Wang (MILCOM, 2013)

On the smallest pseudo target set identification problem for targeted attack on interdependent power-communication networks. - Arun Das 002; Chenyang Zhou 001; Joydeep Banerjee; Arunabha Sen; Lloyd G. Greenwald (MILCOM, 2015)

Experiments with security and privacy in IoT networks. - Mary R. Schurgot; David A. Shinberg; Lloyd G. Greenwald (WOWMOM, 2015)

Secure Proxy-Reencryption-Based Inter-Network Key Exchange. - Lloyd G. Greenwald; Kurt Rohloff; David Stott (MILCOM, 2018)

A Dispersed Computing Architecture for Resource-Centric Computation and Communication. - Mary R. Schurgot; Michael Wang; Adrian E. Conway; Lloyd G. Greenwald; P. David Lebling (IEEE Commun. Mag., 2019)

Toward Effective Moving Target Defense Against Adversarial AI. - Peter Martin; Jian Fan; Taejin Kim; W. Konrad Vesey; Lloyd G. Greenwald (MILCOM, 2021)

A Game Theoretic Framework for Distributed Mission Slice Allocation and Management for Tactical Networks. - Fan Yang 120; Cristina Comaniciu; P. Krishnan; Krishan K. Sabnani; Lloyd G. Greenwald (J. Netw. Syst. Manag., 2023)

TIPS: Threat Actor Informed Prioritization of Applications using SecEncoder. - Muhammed Fatih Bulut; Acar Tamersoy; Naveed Ahmad; Yingqi Liu; Lloyd G. Greenwald (CoRR, 2024)

SecEncoder: Logs are All You Need in Security. - Muhammed Fatih Bulut; Yingqi Liu; Naveed Ahmad; Maximilian Turner; Sami Ait Ouahmane; Cameron Andrews; Lloyd G. Greenwald (CoRR, 2024)