Organizational Unit:
Daniel Guggenheim School of Aerospace Engineering
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Multi-mission sizing and selection methodology for space habitat subsystems
Decentralized allocation of safety-critical applications on parallel computing architecture
A multi-UAV trajectory optimization methodology for complex enclosed environments
Ensuring pedestrian safety on campus through the use of computer vision
X-ray Pulsar Navigation Instrument Performance and Scale Analysis
Investigation of ODE-based non-equilibrium wall shear stress models for large eddy simulation
Hypersonic shape parameterization using class – shape transformation with stagnation point heat flux
Development of a Multidisciplinary Design Analysis Framework for Unmanned Electric Flying Wings
Context dependent total energy alerting system for the detection of low energy unstabilized approaches
A methodology for sequential low thrust trajectory optimization using prediction models derived from machine learning techniques