The Delay-Tolerant Networking tag groups 8 articles. They come from 3 topics: Space, Aviation & Vehicles, Wireless & Mobile Networks and Energy & Industrial Control. Each article opens with a short summary and ends with links to related reading.

An editorial illustration showing a technician from behind working on networked hardware at an electronics test bench.Energy & Industrial Control4 min readMicrogrid Automation Architectures and ProtocolsTransport latency and network vulnerabilities across edge nodes destabilize distributed microgrid control and voltage regulation.An illustration showing an engineer at a laboratory workbench dealing with tangled network cables between server racks and an oscilloscope.Wireless & Mobile Networks3 min readSuccessive Relaying Security and Fusion Data Protocolsanalysis of physical layer security, distributed data mashups, and delay-tolerant routing protocols in late 2015.An editorial illustration showing a technician working at a technical workbench surrounded by server racks, oscilloscopes, and a schematic whiteboard.Space, Aviation & Vehicles4 min readEvaluating Delay-Tolerant Networking ReliabilityTerrestrial assumptions disintegrate across distributed satellite constellations facing propagation delays and intermittent links.An illustration showing a technician working on network racks in a server operations lab with diagnostic equipment and wiring diagrams on a desk.Energy & Industrial Control4 min readVoltage Coordination Across Multi-Area Power SystemsVoltage coordination across multi-area power systems requires delay-tolerant contracts to prevent timing jitter and control divergence.A technician connects network cables at a workbench surrounded by server racks, computer monitors, and electronic testing equipment in a lab.Space, Aviation & Vehicles4 min readDecoupling User Runtimes from Physical TransportDecoupled architectures replace global synchronization with localized metrics across volatile transport networks.An engineer connects network cables in a server rack beside a workbench equipped with an oscilloscope, monitors, and open notebooks.Wireless & Mobile Networks3 min readErasure Coding in CCSDS and Channel Outage Limitsanalysis of erasure codes in delay-tolerant architectures and channel capacity limits under fading.A technician sits at a desk in a server room, testing network cables with an oscilloscope connected to computer server racks.Space, Aviation & Vehicles4 min readBundle Protocol and Delay-Tolerant NetworkingHigh-latency links and fading channels expose protocol vulnerabilities when conventional consensus protocols demand instantaneous agreement.An illustration showing an electronics workbench in a dimly lit room with network switches, an oscilloscope, and an engineer working on server racks.Wireless & Mobile Networks4 min readDynamic Spot Diffusing Optical Wireless NetworksCharacterizing delay and dispersion in dynamic optical links reveals physical propagation limits across distributed networked applications.