Wireless Local Area Network Technologies as Communication Solutions for Unmanned Surface Vehicles

Area of Science:

• Robotics and Automation
• Wireless Communication Technologies
• Unmanned Systems

Background:

• Rapid growth in unmanned vehicle research and deployment necessitates advanced communication solutions.
• Emerging trend of employing Internet Protocol (IP) for unmanned vehicle communication offers significant advantages.
• Broadband technologies like Wireless Local Area Networks (WLANs) are key for effective IP communication.

Purpose of the Study:

• To verify the effectiveness of IP/WLAN communication for surface unmanned vehicles.
• To provide an overview of IP-based MAVLink communication advantages and requirements.
• To compare WLAN technologies with narrowband solutions for unmanned vehicle communication.

Main Methods:

• Overview of IP-based MAVLink communication protocols and their requirements.
• Laboratory experiments evaluating selected WLAN technologies.
• Field experiments assessing WLAN performance against narrowband communication solutions.

Main Results:

• IP/WLAN communication demonstrates general applicability for surface unmanned vehicles.
• WLAN technologies offer significant advantages over traditional narrowband solutions.
• Identified specific deployment requirements for successful IP/WLAN integration.

Conclusions:

• IP/WLAN communication is a viable and advantageous solution for surface unmanned vehicles.
• The study confirms the effectiveness of broadband wireless technologies for unmanned vehicle connectivity.
• Key considerations for deploying IP/WLAN systems in unmanned vehicle applications are highlighted.