Distributed Simulation and the Time Wrap Operating System. - David R. Jefferson; Brian Beckman; Frederick Wieland; Leo Blume; Mike Di Loreto; Phil Hontalas; Pierre Laroche; Kathy Sturdevant; Jack Tupman; L. Van Warren; John J. Wedel; Herb Younger; et al. (SOSP, 1987)

The status of the time warp operating system. - David R. Jefferson; Brian Beckman; Leo Blume; M. Diloreto; Phil Hontalas; Peter L. Reiher; Kathy Sturdevant; Jack Tupman; John J. Wedel; Frederick Wieland; Herb Younger (C³P, 1988)

Implementing a distributed combat simulation on the Time Warp operating system. - Frederick Wieland; L. Hawley; A. Feinberg (C³P, 1988)

Case Studies in Serial and Parallel Simulation. - Frederick Wieland; David R. Jefferson (ICPP (3), 1989)

Limitation of optimism in the time warp operating system. - Peter L. Reiher; Frederick Wieland; David R. Jefferson (WSC, 1989)

The Performance of a Distributed Combat Simulation with the Time Warp Operating System. - Frederick Wieland; L. Hayley; A. Feinberg; Mike Di Loreto; Leo Blume; J. Ruffles; Peter L. Reiher; Brian Beckman; Phil Hontalas; Steve Bellenot; David R. Jefferson (Concurr. Pract. Exp., 1989)

Physics-based, high-fidelity simulation: strategic scene generation model. - Harry M. Heckathorn; Frederick Wieland (WSC, 1993)

Object-oriented design of a scene generation simulation. - Frederick Wieland; Harry M. Heckathorn; Alex Szabo; John Haynes (Annual Simulation Symposium, 1994)

Parallel proximity detection and the distribution list algorithm. - Jeff S. Steinman; Frederick Wieland (PADS, 1994)

Parallel discrete-event simulation (PDES): a case study in design, development, and performance using SPEEDES. - Frederick Wieland; Eric L. Blair; Anthony E. Zukas (PADS, 1995)

A Distributed Simulation Model of Air Traffic in the National Airspace System. - Eric L. Blair; Frederick Wieland; Anthony E. Zukas (WSC, 1995)

Parallel Simulation for Aviation Applications. - Frederick Wieland (WSC, 1998)

The Threshold of Event Simultaneity. - Frederick Wieland (Simul., 1999)

Strategies for success in parallel simulation applications (keynote speech). - Frederick Wieland (PADS, 2000)

Self-Federating an Aviation Simulation Using HLA: Is it Feasible. - David J. Bodoh; Frederick Wieland (DS-RT, 2001)

Practical parallel simulation applied to aviation modeling. - Frederick Wieland (Workshop on Parallel and Distributed Simulation, 2001)

Using quad trees for parallelizing conflict detection in a sequential simulation. - Frederick Wieland; David Carnes; Gregory Schultz (Workshop on Parallel and Distributed Simulation, 2001)

Advanced aviation concepts via simulation: techniques to enhance performance of an existing aviation simulation. - David Carnes; Frederick Wieland (WSC, 2002)

Performance Experiments with the High Level Architecture and the Total Airport and Airspace Model (TAAM). - David J. Bodoh; Frederick Wieland (PADS, 2003)

Simulation planning and rostering: runway schedule determination by simulation optimization. - Thomas Curtis Holden; Frederick Wieland (WSC, 2003)

Simulation of airports/aviation systems: Total Airport and Airspace Model (TAAM) parallelization combining sequential and parallel algorithms for performance enhancement. - Neera P. Sood; Frederick Wieland (WSC, 2003)

Issues on simulation and optimization II: targeting aviation delay through simulation optimization. - Frederick Wieland; Thomas Curtis Holden (WSC, 2003)

Preface to Special Issue on Air Transportation. - Amy R. Pritchett; Frederick Wieland (Simul., 2004)

Looking into the Future of Air Transportation Modeling and Simulation: A Grand Challenge. - Frederick Wieland; Amy R. Pritchett (Simul., 2007)

Applying a disparate network of models for complex airspace problems. - Frederick Wieland; Rohit Sharma; Ankit Tyagi; Michel Santos; Jyotirmaya Nanda; Yingchuan Zhang (WSC, 2016)

Safety and Performance Implications of Wake Vortex Buffers. - Frederick Wieland (WSC, 2019)