A Dynamic Transport Overlay System for Mission-Oriented Dispersed Computing Over IoBT
| Title | A Dynamic Transport Overlay System for Mission-Oriented Dispersed Computing Over IoBT |
| Publication Type | Conference Paper |
| Year of Publication | 2019 |
| Authors | Conway, A. E., Wang, M., Ljuca, E., Lebling, P. D. |
| Conference Name | MILCOM 2019 - 2019 IEEE Military Communications Conference (MILCOM) |
| Date Published | Nov. 2019 |
| Publisher | IEEE |
| ISBN Number | 978-1-7281-4280-7 |
| Keywords | application traffic, dispersed computing, dispersed computing applications, dynamic overlay system, dynamic path optimization, dynamic transport overlay system, human factors, Internet, Internet of battlefield things, Internet of Things, iobt, IP networks, mission-oriented dispersed computing, Nebula's overlay system, Network Backhaul Layered Architecture system, network computation points, network discovery, networking conditions, NRL CORE network emulator, online learning, overlay, overlay tunnels, Path optimization, planner, protocol synthesis, pubcrawl, QoS monitoring, quality of service, Scalability, software architecture, telecommunication traffic, transport protocols, transport service needs, tunnel transport protocol optimization, tunnels |
| Abstract | A dynamic overlay system is presented for supporting transport service needs of dispersed computing applications for moving data and/or code between network computation points and end-users in IoT or IoBT. The Network Backhaul Layered Architecture (Nebula) system combines network discovery and QoS monitoring, dynamic path optimization, online learning, and per-hop tunnel transport protocol optimization and synthesis over paths, to carry application traffic flows transparently over overlay tunnels. An overview is provided of Nebula's overlay system, software architecture, API, and implementation in the NRL CORE network emulator. Experimental emulation results demonstrate the performance benefits that Nebula provides under challenging networking conditions. |
| URL | https://ieeexplore.ieee.org/document/9020772 |
| DOI | 10.1109/MILCOM47813.2019.9020772 |
| Citation Key | conway_dynamic_2019 |
- QoS monitoring
- NRL CORE network emulator
- online learning
- overlay
- overlay tunnels
- Path optimization
- planner
- protocol synthesis
- pubcrawl
- networking conditions
- quality of service
- Scalability
- Software Architecture
- telecommunication traffic
- transport protocols
- transport service needs
- tunnel transport protocol optimization
- tunnels
- Internet of Things
- dispersed computing
- dispersed computing applications
- dynamic overlay system
- dynamic path optimization
- dynamic transport overlay system
- Human Factors
- internet
- Internet of battlefield things
- application traffic
- iobt
- IP networks
- mission-oriented dispersed computing
- Nebula's overlay system
- Network Backhaul Layered Architecture system
- network computation points
- network discovery