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Little giraffe timecontrol3/17/2023 ![]() Automatic warning generated before impact in protected area.360˚ detection and tracking of small ballistic objects (shells and rockets) even in severe ground clutter.The system is fully self-contained with all support systems and C3, highly mobile and deploys in less than 10 minutes. Altogether, this makes the system able to handle multiple defended assets and various types of firing units. It offers flexible integration of weapon systems and tactical data links. Giraffe AMB can detect fast missiles and small UAVs even in high-clutter environments. This gives the commander responsible for GBAD a multifunctional protection with everything needed for safeguarding people and assets – protection from the ground up. Giraffe AMB allows for standard or customised data link integration.Īssuring ground-based air defence capabilitiesīy combining a true multi-mission radar system and a powerful C3 system, Giraffe AMB delivers an accurate air picture with high update rate and highly automated functions for planning, threat evaluation, weapon assignment and target distribution. It is a mobile deployable or fixed asset for air surveillance that is operated remotely or locally providing a networked air picture. Giraffe AMB medium-range 3D radar surveillance system is an ideal sensor for integrated medium- and short range as well as a perfect mobile gap filler in long-range air defence, providing airspace commanders with the capabilities needed for maintaining continuous and accurate air situational awareness. The Giraffe AMB classifies and tracks fixed wing, helicopter, small UAVs, jammer and ballistic targets. Integrated medium- and short-range GBAD systems are supported in multiple simultaneous engagements. A hydraulically operated mast elevates the Antenna to 12 m above ground, providing improved low altitude radar coverage and freedom of deployment. The Saab Giraffe AMB consist of a radar sensor that operates at the C-band, and a scalable Command, Control & Communication solution housed in a fully self-contained 20ft ISO-container cabin. ![]() Due to the systems high update rate, 1-second target revisit time, and tracking accuracy Giraffe AMB provides accuracy for real-time control and engagement-quality target data for VSHORAD to MRAD effectors. It is simultaneously capable to locate and warn for incoming rockets, artillery and mortar rounds. I don't know.Giraffe AMB monitors the air volume 360° for air targets from supersonic fighters, cruise missiles and helicopters, down to small, slow and low-flying UAVs. It might be too difficult to implement, or unrealistic - technical speaking. To make things better, let's use the same NNs (or other lighter ones) to generate the candidate moves, for better selection and pruning, and let AB be multithreaded, and already we have an even better AB engine. So if we use NNs as evaluation functions, provided they evaluate better than Stockfish's eval, after sufficient training, and are also faster than Stockfish's eval (because we run them on GPU) we already have a better AB engine. Stockfish is a typical (pure) AB engine, with a fast move generation, a reliable evaluation function, and many AB extensions. Isn't Stockfish one of the best engines available? No doubt, I guess. On Saturday, Decemat 5:50:50 AM UTC-6, Vassilis wrote: I shall clarify this more, why not? maybe it is difficult, impossible, or silly, but it's such a simple idea that i'd at least think i'd have seen someone either attempt it & fail or explain why it's nonsense by now. I haven't understood why this hasn't been attempted since around leela chess's inception.
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