Multiple Quadratic Forms: A Case Study in the Design of Scalable Algorithms. - Mu-Cheng Wang; Wayne G. Nation; James B. Armstrong; Howard Jay Siegel; Shin-Dug Kim; Mark A. Nichols; Michael Gherrity (ICPP (3), 1993)

Reducing the Effect of Hot Spots by Using a Multipath Network. - Mu-Cheng Wang; Howard Jay Siegel; Mark A. Nichols; Seth Abraham (ICPP (1), 1993)

Multiple Quadratic Forms: A Case Study in the Design of Data.Parallel Algorithms. - Mu-Cheng Wang; Wayne G. Nation; James B. Armstrong; Howard Jay Siegel; Shin-Dug Kim; Mark A. Nichols; Michael Gherrity (J. Parallel Distributed Comput., 1994)

Using a Multipath Network for Reducing the Effects of Hot Spots. - Mu-Cheng Wang; Howard Jay Siegel; Mark A. Nichols; Seth Abraham (IEEE Trans. Parallel Distributed Syst., 1995)

Distributed network computing over wireless links. - Janche Sang; Chien-Hua M. Lin; Shalini Varadaraja; Mu-Cheng Wang (ICPADS, 1997)

QOS considerations for future military satcom networks with link layer dynamic resource allocation. - Aradhana Narula-Tam; Jeff Wysocarski; Huan Yao; Mu-Cheng Wang; Thomas G. MacDonald; Orton Huang; Julee Pandya (Int. J. Satell. Commun. Netw., 2006)

GIG End-to-End Policy Based Network Management: A new approach to large-scale distributed automation. - Steven A. Davidson; Mu-Cheng Wang; Sam Mohan; Frank Bronzo; John Zinky; Jerry D. Burchfiel (MILCOM, 2011)

Design consideration of router-to-radio interface in mobile networks. - Mu-Cheng Wang; Steven A. Davidson; Sam Mohan (MILCOM, 2011)

A policy-based approach to automated data reduction for intelligence, surveillance, and reconnaissance systems. - Paul C. Hershey; Mu-Cheng Wang; Chris Graham; Steven A. Davidson; Michael Sica; Jason Dudash (MILCOM, 2012)

Real-Time Communications Resource Allocation Process, Architecture, and Algorithm. - Paul C. Hershey; Steven A. Davidson; Mu-Cheng Wang (MILCOM, 2013)

A Design Method to Select Optimal Routes and Balance Load in Wireless Communication Networks. - Mu-Cheng Wang; Steven A. Davidson; Y. Simon Chuang (MILCOM, 2013)

Composable, distributed system to derive actionable mission information from intelligence, surveillance, and reconnaissance (ISR) data. - Paul C. Hershey; Mu-Cheng Wang (SysCon, 2013)

System of systems for autonomous mission decisions. - Paul C. Hershey; Mu-Cheng Wang; Doug Toppin (SoSE, 2013)

Synchronous Waveform Clock Synchronization Without a System Controller. - George M. Vachula; Mu-Cheng Wang; Mário D. Amico; Gurpartap S. Takhar; Steven Howard (MILCOM, 2018)

In the design of tactical communication systems. - Mu-Cheng Wang; Y. Simon Chuang; Steven A. Davidson; Benyuan Liu (SysCon, 2018)

Distributed Disaggregated Communications via Reinforcement Learning and Backpressure (D2CRaB). - Mu-Cheng Wang; Paul C. Hershey (SysCon, 2023)

System of Systems for Distributed Disaggregated Communications via Reinforcement Learning and Backpressure (D2CRaB). - Mu-Cheng Wang; Paul C. Hershey (SoSE, 2023)

Disaggregated Distributed AI Chat Enabler (D2ACE) System. - Paul C. Hershey; Mu-Cheng Wang; Jennifer N. Coston; Jennifer L. Ryan; Brian D. Scarpiniti; Darin G. Kabalkin; Christopher Raytheon (SysCon, 2024)