MULTI-HOP-MACHINE-TO-MACHINE COMMUNICATION FOR EMERGENCY COMMUNICATION DURING DISASTER - Capstone
ASRI NINGTYAS KINANTI KUSUMA ARUM

Informasi Umum

Kode

25.04.6871

Klasifikasi

004.6 - Data communications, computer communications

Jenis

Karya Ilmiah - Skripsi (S1) - Reference

Subjek

Wireless Netwoks

Dilihat

26 kali

Informasi Lainnya

Abstraksi

<p>One of the most important aspects of an affective disaster response is the ability to</p>

<p>communicate effectively, either between emergency responders with each other, or between</p>

<p>emergency responder and victims. Reliable and clear communication is necessary in order to</p>

<p>coordinate more effectively. However, disasters are often damaging to the infrastructure of the</p>

<p>area, which make establishing communication difficult. As such, this project aims to create a</p>

<p>system that can quickly establish an emergency communication network that is stable, reliable,</p>

<p>and is dynamic enough to be able to adapt to the local situation, which may be unpredictable</p>

<p>and ever-changing.</p>

<p>The data collection was gathered using testing of the performance of the drone and the</p>

<p>mesh network running on the Onion Omega 2+. The tests were done on varying conditions,</p>

<p>which tests the system’s coverage, flexibility, operational duration, and latency. The system</p>

<p>should ideally be functioning independent from the local infrastructure. The proposed solution</p>

<p>involves using an 802.11s Wireless Mesh Network which acts as the main backbone of the</p>

<p>system. This network is running on Onion Omega 2+ IoT devices, which are connected to</p>

<p>HolyBro V2 drones. The drones will fly over the affected area, allowing access to the network</p>

<p>to any devices in the area.</p>

<p>The proposed method provides internet access up to 50-60 meters with the setup time of</p>

<p>the ground control station and drone of only 1-2 minutes on average. The drone can fly for up</p>

<p>to 30 minutes before it needs to change its battery. The mesh connection has a throughput of</p>

<p>up to 26.54 Mbps using Ookla test and 17.1 Mbps using iPerf test. The mesh connection has</p>

<p>an SNR between 6 to 36 dBm depending on the distance.</p>  

<p><i>Keywords:</i> Disaster Response, Drone, Onion Omega 2+, Telecommunication, Wireless Mesh</p>

<p>Network</p>

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