Andere Kunden interessierten sich auch für
![Voice Traffic Over Mobile Ad Hoc Networks: A Performance Analysis of the Optimized Link State Routing Protocol]( "Voice Traffic Over Mobile Ad Hoc Networks: A Performance Analysis of the Optimized Link State Routing Protocol")
Voice Traffic Over Mobile Ad Hoc Networks: A Performance Analysis of the Optimized Link State Routing Protocol59,99 €![Internet Protocol Geolocation: Development of a Delay-Based Hybrid Methodology for Locating the Geographic Location of a Network Node]( "Internet Protocol Geolocation: Development of a Delay-Based Hybrid Methodology for Locating the Geographic Location of a Network Node")
Internet Protocol Geolocation: Development of a Delay-Based Hybrid Methodology for Locating the Geographic Location of a Network Node54,99 €![Analysis of a Rumor Routing Protocol with Limited Packet Lifetimes]( "Analysis of a Rumor Routing Protocol with Limited Packet Lifetimes")
Analysis of a Rumor Routing Protocol with Limited Packet Lifetimes54,99 €![Dynamic Unmanned Aerial Vehicle Routing with a Java-Encoded Reactive Tabu Search Metaheuristic]( "Dynamic Unmanned Aerial Vehicle Routing with a Java-Encoded Reactive Tabu Search Metaheuristic")
Dynamic Unmanned Aerial Vehicle Routing with a Java-Encoded Reactive Tabu Search Metaheuristic54,99 €![A Group Theoretic Tabu Search Methodology for Solving the Theater Distribution Vehicle Routing and Scheduling Problem]( "A Group Theoretic Tabu Search Methodology for Solving the Theater Distribution Vehicle Routing and Scheduling Problem")
A Group Theoretic Tabu Search Methodology for Solving the Theater Distribution Vehicle Routing and Scheduling Problem54,99 €![A Hybrid Jump Search and Tabu Search Metaheuristic for the Unmanned Aaerial Vehicle Routing Problem]( "A Hybrid Jump Search and Tabu Search Metaheuristic for the Unmanned Aaerial Vehicle Routing Problem")
A Hybrid Jump Search and Tabu Search Metaheuristic for the Unmanned Aaerial Vehicle Routing Problem58,99 €![Evaluation and Mission-Specific Optimization of Satellite Packet Telemetry Protocol for Use on DoD Flight Test Ranges]( "Evaluation and Mission-Specific Optimization of Satellite Packet Telemetry Protocol for Use on DoD Flight Test Ranges")
Evaluation and Mission-Specific Optimization of Satellite Packet Telemetry Protocol for Use on DoD Flight Test Ranges54,99 €
This research develops the UAV Search Mission Protocol (USMP) for swarming UAVs and determines the protocol's effect on search mission performance. It is hypothesized that geographically routing USMP messages improves search performance by providing geography-dependent data to locations where it impacts search decisions. It is also proposed that the swarm can use data collected by the geographic routing protocol to accurately determine UAV locations and avoid sending explicit location updates. The hypothesis is tested by developing several USMP designs that are combined with the Greedy Perimeter Stateless Routing (GPSR) protocol and a search mission swarm logic into a single network simulation. The test designs use various transmission power levels, sensor types and swarm sizes. The simulation collects performance metrics for each scenario, including measures of distance traveled, UAV direction changes, number of searches and search concentration. USMP significantly improves mission performance over scenarios without inter-UAV communication. However, protocol designs that simply broadcast messages improve search performance by 83% in total searches and 20% in distance traveled compared to geographic routing candidates. Additionally, sending explicit location updates generates 3%-6% better performance per metric versus harvesting GPSR's location information.