Wireless content repurposing architecture for DC command and control
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Author
Suh, Robert J.
Date
2003-09Advisor
Singh, Gurminder
Second Reader
McDowell, Perry
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Damage control communications should be improved onboard US Navy ships. Current standard operating procedures are antiquated and should be replaced. Wireless networks are an improvement over the status quo and mobile devices offer new capabilities that greatly improve the situational awareness for team members. In this thesis, a system architecture is designed for a damage control wireless local area network with Commercial-Off-The-Shelf components. This makes the system affordable and prevents previous miscommunications from occurring. This architecture will meet the following requirements: operate in a shipboard environment, multipurpose, multi-user, scalable, resilient, mobility, and secure. Damage control communications should be improved onboard US Navy ships. Current standard operating procedures are antiquated and should be replaced. Wireless networks are an improvement over the status quo and mobile devices offer new capabilities that greatly improve the situational awareness for team members. In this thesis, a system architecture is designed for a damage control wireless local area network with Commercial-Off-The-Shelf components. This makes the system affordable and prevents previous miscommunications from occurring. This architecture will meet the following requirements: operate in a shipboard environment, multipurpose, multi-user, scalable, resilient, mobility, and secure.
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