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Taschenbuch. Zustand: Neu. Neuware - Build and operate relay drone networks with confidenceThis book offers a clear, practical guide to designing airborne communication relays for real-world use. It brings together radio fundamentals, coverage planning, multi-hop networking, airborne platform integration, security, monitoring, and field testing in one focused resource. The result is a hands-on reference for engineers, operators, and technical teams who need to extend connectivity beyond the limits of conventional ground infrastructure.Rather than treating relay drones as a single narrow technology, the book explains the full system, from airframe and payload choices to routing behavior and end-to-end performance. It shows how coverage, latency, throughput, and reliability change as links become longer, hops increase, and flight conditions shift.What readers will learn- How relay drones support coverage extension, backhaul, and temporary network continuity.- How to construct link budgets using path loss, antenna gain, receiver sensitivity, and practical margins.- How altitude, terrain, clutter, and channel planning shape coverage and interference risk.- How multi-hop systems affect routing stability, delay, jitter, packet loss, and overall throughput.- How to choose between transparent relays, terminating relays, bridges, routing, and NAT-based designs.- How payload mass, power draw, cooling, vibration, and antenna placement influence airborne performance.- How to secure relay deployments with authentication, encryption, and sound key management.- How to monitor, test, and troubleshoot a live system using telemetry and structured diagnostics.Practical, example-driven structureEach chapter pairs concepts with a worked example, helping readers turn theory into deployment decisions. You will see how to map requirements to an architecture, calculate coverage and throughput, validate a multi-hop chain, and interpret real measurements from the field. The final chapters bring everything together with end-to-end design and acceptance testing workflows.Ideal for- Wireless and RF engineers- Drone system integrators- Network architects and field operators- Public safety, industrial, and remote-site communication teams- Anyone planning airborne relay links for temporary or extended coverageComprehensive, technical, and grounded in implementation, this book helps turn relay drone concepts into dependable communication systems.…

Paperback. Zustand: new. Paperback. Build and operate relay drone networks with confidenceThis book offers a clear, practical guide to designing airborne communication relays for real-world use. It brings together radio fundamentals, coverage planning, multi-hop networking, airborne platform integration, security, monitoring, and field testing in one focused resource. The result is a hands-on reference for engineers, operators, and technical teams who need to extend connectivity beyond the limits of conventional ground infrastructure.Rather than treating relay drones as a single narrow technology, the book explains the full system, from airframe and payload choices to routing behavior and end-to-end performance. It shows how coverage, latency, throughput, and reliability change as links become longer, hops increase, and flight conditions shift.What readers will learnHow relay drones support coverage extension, backhaul, and temporary network continuity.How to construct link budgets using path loss, antenna gain, receiver sensitivity, and practical margins.How altitude, terrain, clutter, and channel planning shape coverage and interference risk.How multi-hop systems affect routing stability, delay, jitter, packet loss, and overall throughput.How to choose between transparent relays, terminating relays, bridges, routing, and NAT-based designs.How payload mass, power draw, cooling, vibration, and antenna placement influence airborne performance.How to secure relay deployments with authentication, encryption, and sound key management.How to monitor, test, and troubleshoot a live system using telemetry and structured diagnostics.Practical, example-driven structureEach chapter pairs concepts with a worked example, helping readers turn theory into deployment decisions. You will see how to map requirements to an architecture, calculate coverage and throughput, validate a multi-hop chain, and interpret real measurements from the field. The final chapters bring everything together with end-to-end design and acceptance testing workflows.Ideal forWireless and RF engineersDrone system integratorsNetwork architects and field operatorsPublic safety, industrial, and remote-site communication teamsAnyone planning airborne relay links for temporary or extended coverageComprehensive, technical, and grounded in implementation, this book helps turn relay drone concepts into dependable communication systems. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Zustand: New. Print on Demand.

PAP. Zustand: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Zustand: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Zustand: new. Paperback. Build and operate relay drone networks with confidenceThis book offers a clear, practical guide to designing airborne communication relays for real-world use. It brings together radio fundamentals, coverage planning, multi-hop networking, airborne platform integration, security, monitoring, and field testing in one focused resource. The result is a hands-on reference for engineers, operators, and technical teams who need to extend connectivity beyond the limits of conventional ground infrastructure.Rather than treating relay drones as a single narrow technology, the book explains the full system, from airframe and payload choices to routing behavior and end-to-end performance. It shows how coverage, latency, throughput, and reliability change as links become longer, hops increase, and flight conditions shift.What readers will learnHow relay drones support coverage extension, backhaul, and temporary network continuity.How to construct link budgets using path loss, antenna gain, receiver sensitivity, and practical margins.How altitude, terrain, clutter, and channel planning shape coverage and interference risk.How multi-hop systems affect routing stability, delay, jitter, packet loss, and overall throughput.How to choose between transparent relays, terminating relays, bridges, routing, and NAT-based designs.How payload mass, power draw, cooling, vibration, and antenna placement influence airborne performance.How to secure relay deployments with authentication, encryption, and sound key management.How to monitor, test, and troubleshoot a live system using telemetry and structured diagnostics.Practical, example-driven structureEach chapter pairs concepts with a worked example, helping readers turn theory into deployment decisions. You will see how to map requirements to an architecture, calculate coverage and throughput, validate a multi-hop chain, and interpret real measurements from the field. The final chapters bring everything together with end-to-end design and acceptance testing workflows.Ideal forWireless and RF engineersDrone system integratorsNetwork architects and field operatorsPublic safety, industrial, and remote-site communication teamsAnyone planning airborne relay links for temporary or extended coverageComprehensive, technical, and grounded in implementation, this book helps turn relay drone concepts into dependable communication systems. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…