| ID | 193925 |
| Title Proper | Synergistic Applications of Autonomous UCAVs, Swarm Robotics and Cloud Computing in Future Air Warfare |
| Language | ENG |
| Author | Dhakate, Shaurya |
| Summary / Abstract (Note) | Unmanned Combat Aerial Vehicles (UCAVs) represent a pivotal advancement in military aviation. They possess the capability to navigate diverse environments and endure harsh weather conditions. Operating in hostile territories, UCAVs eliminate the risk to human pilots. Autonomous UCAVs (A-UCAVs) further elevate this paradigm, operating without direct human intervention and making independent decisions regarding targets, whether on the ground or in the air, across various flight regimes and in coordination with other A-UCAVs. The integration of Swarm Robotics, a manifestation of cloud computing, facilitates the aggregation and processing of vast amounts of data from multiple machines within a singular cognitive framework. This collective intelligence enables multiple A-UCAVs to coexist in the same airspace, with their shared data and flight control systems orchestrated seamlessly within a common cloud infrastructure. If precisely tailored to the operational roles and topography where a particular military operates, this capability has the potential to significantly enhance the potency across the air, ground and seas. |
| `In' analytical Note | Journal of Defence Studies Vol. 17, No.4; Oct-Dec 2023: p.133-153 |
| Journal Source | Journal of Defence Studies Vol: 17 No 4 |
| Key Words | Future Air Warfare ; Cloud Computing ; Synergistic Applications ; Autonomous UCAVs ; Swarm Robotics |