Our paper, Simulating the Effect of Degraded Wireless Communications on Emergent Behavior, has been accepted for publication in the Winter Simulation Conference 2017. Authors: B. Fraser, R. Hunjet, C. Szabo Abstract: Most swarming algorithms require individual nodes to know the locations of their nearest-neighbor peers. Existing work assumes that this information is abundant and readily available, however, […]

C.Szabo, DST Group, $91,698 The aim of this project is to design and implement a prototype for the effective integration of ISR information at the tactical edge. Specifically, this project will research and develop a prototype that demonstrates the viability of employing a computational, distributed intelligence that will adapt information dissemination priorities according to the […]

Our paper has been accepted for AAMAS 2017! Title: Large-Scale Complex Adaptive Systems Analysis using Multi-Agent Modeling and Simulation Authors: L. Birdsey, C. Szabo, K. Falkner Abstract: Modeling and analysis of large-scale complex adaptive systems (CAS) is critical to understanding their key properties such as self-organization, emergence, and adaptability. These properties are difficult to analyze in real-world […]