Current Search: Martin, Dillon A (x)
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Title
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ATMOSPHERIC ENTRY.
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Creator
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Martin, Dillon A, Elgohary, Tarek, University of Central Florida
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Abstract / Description
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The development of atmospheric entry guidance methods is crucial to achieving the requirements for future missions to Mars; however, many missions implement a unique controller which are spacecraft specific. Here we look at the implementation of neural networks as a baseline controller that will work for a variety of different spacecraft. To accomplish this, a simulation is developed and validated with the Apollo controller. A feedforward neural network controller is then analyzed and...
Show moreThe development of atmospheric entry guidance methods is crucial to achieving the requirements for future missions to Mars; however, many missions implement a unique controller which are spacecraft specific. Here we look at the implementation of neural networks as a baseline controller that will work for a variety of different spacecraft. To accomplish this, a simulation is developed and validated with the Apollo controller. A feedforward neural network controller is then analyzed and compared to the Apollo case.
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Date Issued
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2017
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Identifier
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CFH2000354, ucf:45874
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Format
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Document (PDF)
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PURL
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http://purl.flvc.org/ucf/fd/CFH2000354
