The Space, Aviation & Vehicles topic collects 13 articles on flight software, satellites, planetary exploration and connected vehicles, where distance and motion make latency unavoidable. Each article opens with a short summary and ends with links to related reading.

An engineer stands between server racks in a hardware laboratory, connecting cables on patch panels with test equipment on a workbench nearby.4 min readScaling Distributed Satellite Information NetworksDecoupling control planes from local networking assumptions mitigates cascading stalls in distributed satellite information networks.A technician connects network cables to a server rack on a workbench equipped with an oscilloscope, electronic testing gear, and tools.4 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.4 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.4 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 sits on a stool connecting cables to server racks beside a workbench equipped with electronic test gear.4 min readScaling Distributed VR Environments and TelemetryDecoupling spatial telemetry from high-throughput payloads prevents rendering deadlocks across distributed interactive architectures.An illustration showing a technician working in a server room with racks of networking gear next to a workbench featuring oscilloscopes and routing diagrams.4 min readTime-Triggered Protocol Architectures and SchedulingEmbedded systems optimize time-triggered protocol architectures to mitigate scheduling bottlenecks across distributed nodes.An engineer inspects cables stretching across a workbench between server racks and electronic test equipment.4 min readDecoupled Microservice Architectures and TransportDecoupled microservice architectures risk systemic instability when autonomous control loops operate without factoring in transport limits.An editorial illustration showing a technician working at a technical workbench surrounded by server racks, oscilloscopes, and a schematic whiteboard.4 min readEvaluating Delay-Tolerant Networking ReliabilityTerrestrial assumptions disintegrate across distributed satellite constellations facing propagation delays and intermittent links.A technician connects network cables at a workbench surrounded by server racks, computer monitors, and electronic testing equipment in a lab.4 min readDecoupling User Runtimes from Physical TransportDecoupled architectures replace global synchronization with localized metrics across volatile transport networks.A technician sits at a desk in a server room, testing network cables with an oscilloscope connected to computer server racks.4 min readBundle Protocol and Delay-Tolerant NetworkingHigh-latency links and fading channels expose protocol vulnerabilities when conventional consensus protocols demand instantaneous agreement.An editorial illustration depicts a technician working on rack-mounted networking hardware in a dim laboratory setting next to test equipment on a workbench.4 min readAutonomous Planetary Exploration Software Stalls Over Ad HocEvaluating software architectures for sensor data distribution highlights how cross-layer coupling prevents throughput degradation.An engineer plugs cables into a tall electronics rack in a workshop equipped with oscilloscopes, test instruments, and vintage computer monitors.4 min readDecoupling Transmission Scheduling in Lunar Relay NetworksLarge propagation delays and hardware boundaries require decoupling transmission scheduling across lunar relay network architectures.An illustration showing a technician working at a bench in an electronics laboratory filled with server racks, oscilloscopes, patch cables, and circuit boards.5 min readCoordinating Autonomous Unmanned Aerial VehiclesEmbedded flight software for autonomous unmanned aerial vehicles decouples control logic from transport latency to prevent hazards.