Aerial BS location optimization for monitoring multiple forest areas with uplink UAV throughput requirements
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View abstract on PubMed
Summary
This summary is machine-generated.Tethered aerial base stations (ABSs) offer a cost-effective and reliable solution for long-term forest fire surveillance, outperforming untethered options in continuous monitoring operations.
Area Of Science
- Forestry
- Remote Sensing
- Telecommunications Engineering
Background
- Increasing frequency and intensity of forest fires necessitate advanced technological solutions.
- Uncrewed Aerial Vehicles (UAVs) show promise for enhanced forest fire management and surveillance.
- Aerial Base Stations (ABSs) can improve communication networks for UAV operations in remote areas.
Purpose Of The Study
- To explore the application of untethered and tethered UAVs as Aerial Base Stations (ABSs) for forest fire management.
- To propose and evaluate an ABS placement algorithm optimizing throughput for multiple drone monitoring zones.
- To compare the performance of tethered ABS (TABS) and untethered ABS (UTABS) for forest surveillance.
Main Methods
- Development of an ABS placement algorithm for forest environments, considering throughput requirements.
- Comparative performance analysis of UTABS and TABS under various conditions (network throughput, wind, payload, zone size, frequency, cost).
- Evaluation of single and multiple UAV-user equipment (UE) monitoring zones.
Main Results
- Untethered ABS (UTABS) provides greater flexibility in deployment.
- Tethered ABS (TABS) demonstrates a significant cost reduction of 78.2%.
- TABS ensures reliable, long-term continuous forest fire surveillance.
Conclusions
- Tethered ABS (TABS) presents a more cost-effective and reliable solution for sustained forest fire surveillance compared to UTABS.
- The proposed ABS placement algorithm optimizes resource allocation for drone-based forest monitoring.
- Technological advancements in UAV-based ABS are crucial for effective forest fire management.
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