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Presentation
Creating a cost-effective air-to-ground network simulation environment
University of West Florida Student Scholar Symposium and Faculty Research Showcase, Pensacola, FL
Abstract
Today's warfighter is increasingly dependent on networked systems and information from unmanned aerial vehicles to provide up-to-the-minute conditions on the battlefield; therefore the network must continually perform at optimum levels. One of the problems encountered in complex air-to-ground networks is that all possible hardware, software and network configurations that will be encountered in the field cannot be pretested; therefore there is a need to provide a method for studying the interaction among diverse hardware and software components and identifying potential network bottlenecks in air-to-ground networks and their causes before they become critical. In this paper, we demonstrate our accomplishments in building a robust and scalable simulation of an air-to-ground network environment based on wired and wireless network emulation using widely available software tools. We will also present our design for data capture and evaluation that support hypothetical, what-if scenarios for testing network performance bottlenecks.
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- Title
- Creating a cost-effective air-to-ground network simulation environment
- Publication Details
- University of West Florida Student Scholar Symposium and Faculty Research Showcase, Pensacola, FL
- Resource Type
- Presentation
- Format
- 1 file; .pdf
- Identifiers
- 99380090628106600
- Academic Unit
- Computer Science; Hal Marcus College of Science and Engineering ; Cybersecurity and Information Technology
- Language
- English