Dynamic Network Management through Hypernode Decision Support
Abstract
The dynamic nature of the future operating environment requires fast-paced decision-making supported by robust, resilient communication networks. We investigate the concept of hypernodes to perform certain network management functions at the tactical edge of this network. This research advances the hypernode concept by generating and testing an algorithm that continuously calculates successive relay positions to support tactical-unit communication networks. Through a phased approach to experimentation including metric identification, algorithm generation, and lab and field testing, this research answers the question, "How can an autonomous aerial hypernode contribute to information flow optimization in a tactical network?" We demonstrate that a hypernode could calculate a feasible relay position to maintain different levels of quality of service between multiple disparate tactical ground units. The findings support that a hypernode is capable of calculating feasible relay positions for supported network nodes in a tactical environment and recommend that future research pursue automating the hypernode as a mission-control payload aboard an autonomous aerial platform.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 01, 2020
- Accession Number
- AD1114750
Entities
People
- Andrew S. Walker
Organizations
- Naval Postgraduate School