The Connected Vehicles tag groups 8 articles. They come from 2 topics: Space, Aviation & Vehicles and Wireless & Mobile Networks. Each article opens with a short summary and ends with links to related reading.

A technician connects network cables to a server rack on a workbench equipped with an oscilloscope, electronic testing gear, and tools.Space, Aviation & Vehicles4 min readVehicular Edge Clusters and Handover ProtocolsVehicular edge clusters fail under real-world mobility when control planes demand idealized channel stability across asynchronous networks.An engineer sits at a workbench connecting cables into rack-mounted networking hardware beside an oscilloscope in a dimly lit lab.Space, Aviation & Vehicles4 min readPGo Compilation and Physical Transport BoundariesSystems research highlights how compiler frameworks like PGo confront physical transport boundaries and packet contention in Go code.An engineer sits at a cluttered workbench routing cables between server racks and diagnostic equipment in a technical workspace.Space, Aviation & Vehicles4 min readConnected Autonomous Vehicle Systems and Multipath RoutingAnalysis of connected autonomous vehicle systems reveals that transport layer latencies disrupt distributed state synchronization across edge nodes.A technician works at a workbench testing wired server racks and electronic equipment with an oscilloscope in a spacious workshop.Wireless & Mobile Networks3 min readCyclic Delay Diversity and Robotic Energy Protocolsengineering resilient multi-agent swarms against wireless channel fading and rapid power depletion.An illustration showing a technician working in a server room with racks of networking gear next to a workbench featuring oscilloscopes and routing diagrams.Space, Aviation & Vehicles4 min readTime-Triggered Protocol Architectures and SchedulingEmbedded systems optimize time-triggered protocol architectures to mitigate scheduling bottlenecks across distributed nodes.A technician works on wiring in a tall server rack inside a workshop with diagnostic tools on a desk and cables stretching across the room.Wireless & Mobile Networks5 min readEvaluating IEEE 802.11p Transport FeasibilityRapid node mobility and dynamic physical topographies degrade distributed route discovery in vehicular ad-hoc 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.An illustration showing a technician working at a bench in an electronics laboratory filled with server racks, oscilloscopes, patch cables, and circuit boards.Space, Aviation & Vehicles5 min readCoordinating Autonomous Unmanned Aerial VehiclesEmbedded flight software for autonomous unmanned aerial vehicles decouples control logic from transport latency to prevent hazards.