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With the advancement of AI technology, artificial intelligence, and communications technology, unmanned systems are being increasingly widely applied across various industries. Their uses span industry, agriculture, patrol, emergency rescue, firefighting, and more.

In the military domain, unmanned system platforms have become a crucial combat force for the future. Unmanned systems collaboration will inevitably become a key trend in future combat applications and is poised to play an increasingly significant role.

Distributed centerless IP Mesh networks serve as the communication foundation for collaborative operations of unmanned systems. They enable rapid exchange and sharing of diverse information, facilitating coordinated perception, processing, decision-making, and engagement, thereby enhancing the survivability and overall combat efficiency of unmanned systems.

Wireless Broadband Ad-Hoc Network Communication Applications for Unmanned Systems

Unmanned aerial vehicle (UAV) warfare not only exhibits the typical technical features of ad-hoc networks—such as independent networking, self-organization, dynamic topology, flexible mobility, and multi-hop routing—but also demonstrates temporariness and autonomy.

Each UAV can function both as a relay/forwarding node and as a terminal transceiver node. While executing missions under commands from ground control stations or other UAVs, it can also participate in route maintenance and packet forwarding based on network routing policies and routing tables.

Through command, control, and situational awareness software, the system can provide services such as command and dispatch, situational awareness, file transmission, and video backhaul.

Unmanned Ground Vehicle Remote Control and Video Transmission System

Multiple video capture devices and various sensors are installed on the unmanned ground vehicle (UGV). All collected data is aggregated and then transmitted in real time via a Mesh ad-hoc wireless transmission device, sending video signals and sensor signals back to the rear-end control console.

Operators remotely control the UGV based on the observed live video feed, enabling various operational maneuvers. Both the video streaming and remote control response are highly smooth and fluid.

Product Recommendations

ML182 1.4GHz Long-Range Ad-Hoc Mesh Video Transmission Mainboard

ME52-XF Firefighting Ad-Hoc Mesh Backpack Radio

ME112-1400 Airborne Mesh Ad-Hoc Communication Base Station

Application Environment

Wireless Communication Networking Applications for Unmanned Surveying

Wireless Communication Networking Applications for Unmanned Ground Vehicle Inspection

Wireless Communication Networking Applications for Unmanned Aerial Vehicles (UAVs)

Wireless Communication Networking Applications for Tethered Aerostat-to-Ground Links

Solution Advantages

Principle-Based Seamless Handover

Enables hierarchical grouping and roaming networking, extending the system's communication capabilities.

Support for Each Link

The network operates without a central hub, allowing flexible deployment as needed. It requires no supporting infrastructure such as equipment rooms or trunk transmission lines, and can be set up arbitrarily. Coverage can be further expanded via multi-hop relay networks.

Multi-Link Data Diversity and Fault Tolerance

Equipped with frequency-hopping functionality to effectively improve anti-jamming and anti-tracking capabilities. Digital filtering is incorporated to effectively suppress long-range interference. Simultaneously, the use of an ARQ transmission mechanism reduces data transmission loss rates and enhances data transmission reliability.

Robust Anti-Multipath Capability

Utilizes COFDM technology, providing strong resistance to multipath interference. It supports transparent data transmission for various services without requiring differential coding. Through broadband transmission, it can support multimedia services such as clear voice, broadband data, and high-definition video.