The aerodynamics and hydrodynamics of marine life and the uses of AI and Robotics drones future

The aerodynamics and hydrodynamics of marine life and the uses of AI and Robotics drones future Air is 750 times less density as the oceans, and so many of the same principles apply here too. We are very familiar with marine life and performance capabilities of sharks, dolphins, penguins, fish, alligators, and so man has been fascinated by marine life and often tries to use these observations to create devices used him.i great white sharks can swim 7 times faster than Olympic swimmers in Athens that the gold this year, but it is not even close to being the fastest in the water. Powerful, yes, but the need for speed limits its ability to capture some of his favorite dishes. Fortunately, humans are not one of them, as JAWS I, II and III would have you believe. The great white shark swimming about 25 mph. Squid can go in water at 20 mph. The blue shark has been pointed out in a short period of 43 mph yet its average cruising speed in open water is between 17.7 and 24.5 mph. Make the Short Fin can travel at 10 times the body length per second, which is very fast and has more than 46 km / h maximum speed. It can accelerate to 45 meters per second / per second, faster than the fall of rock or a man after rising from the beginning a very good airplane in search of an adrenaline rush to achieve sense of purpose. A man can swim at 5.04 mph, but only for short distances, and there must be a Mark Spitz or Michael Phelps for a very long time. super star, even if these are the athletes that do not correspond to the evolution, without modification. You may be pleased to know that a barracuda catch you and nibble before a great white shark you catch the water, you can swim 27 mph, one of the fastest, even if the hunger and the fish in water. Mammal Sea Life is quite adapted; Sea Lion 25 mph, Common Dolphin 24.7, Gentoo Penguin 17, Blue Whale 29.76, Bottle Nose Dolphin 17 mph. Many prey fish eaten by marine life are also very suitable for example Pacific salmon can swim 14 mph. Then there are the flying fish that leap out of the water and become the air, showing that there is a similarity between the two kingdoms. The flying fish flies at 35 mph and was expected to fly into a boat, for a simple catch. Leaping albacore jumps to 40 mph, without a doubt many sushi yellowfin tuna, a 46.35, swordfish 60 mph and the veil of fish to 68 mph. Here's a question of Barbados a flying fish was targeted at 55 mph? Well maybe, but not if Hurricane Ivan had something to say about it, because if the fish out of water, it is likely that some 135 mph a few meters from the water surface and can be on board for a little 'too? Now that would certainly be a new record.Does that may also wish to look into the lives of marine fish and Evolution in the aerodynamic design of aircraft, UAVs, and Olympic swimming Blimps Gear? Yes, this is one of dialogue. This means that we must take into account aviation models submarine, AUV, the hulls of ships and submarines? It should also be sub-bases for the design of aircraft, spacecraft and ships dual-use? Flying AUVs, which become drones? Designing flying torpedoes, mechanical fish and Mavs, who resemble the flying fish photo too? Yes, yes. If you have a mechanical fish what would it be? Hunting water mines, data link, network-centric communications? nature can do these things we can do the same and we were constantly re-design and improvement of methods of nature. If the eagle is 3-4 times more than the sight and the eye can see, to react and adapt quickly in flight, but less than one brain to coordinate all the data, but also developed a reflection or triple the response time, if we look at how this is done? For example, an Eagle use some sort of visual frame bursting, for instance, you know the type of fish, he likes to eat and good is the right weight and size, and when he is l? Brain fills the details, and? s eyes are focused only on small changes in movement and detail to know where to look and the best way to pull out of the water? We know that our brain uses about 45% of the capacity of the brain to visual perception. What is the eagle with the number of flights and all this data? S memory, can not keep everything, he random access memory dump data as the windows of the computer when it crashes? This is only to save the frames and basic shapes and let the eyes of the rest of the time all the details? We need to test it is important to know know.We the human brain can be fooled often enough when something appears to be close to something we know. What can we lea from these birds in addition to their aerodynamics. E 'possible to play optical tricks on Eagle? For example, a small AUV, which mimics a salmon? Eagle be fooled by this? Old Eagle eyes, or the Eagles excellent eye to trigger another round is it? S of the brain, as if to ask him;? Hey something about fish fish? That thought Eagle significantly activate it? S brain for a second aspect, the first dive on it? S prey? It seems this man does not activate another brain wave.Since Eagles flock are to communicate and navigate, migrate using ELF, entangled with the other eagles brain? Only members of the family of the same mother or nest? It would be too valuable for determining AI for robotic UAVs as part of net-centric warfare situation.As examines models of artificial intelligence may be that we should consider other species that seem to be able to do more with less. The ability of the brain, but always thinking. Perhaps we should dump the ego into thinking that man is the only animal that can adapt to the reason for this planet and we have significant evidence that other animals are very well region. If we open our minds, we find other species in the month of May in May, in fact, change our capabilities in many aspects. It is the future of robotics for the current birds in relation to the drones and the Mavs as the needs of mankind and the competitiveness of the species looks towards innovation as the last competition and the speed of our reach, we are improving hundreds of thousands of years of evolution, with step by step? Robot capabilities really help us have fuzzy logic to a minimum and be more effective, they must also have the ability of artificial intelligence to serve our needs, that humanity has no end in sight to the tasks that want to transfer to robotics apparatuses.Press we solve all the desires of men. There are clues everywhere and one wonders what is in us for so long in any case, if you go today? We need more thinking here and move forward in this area. "Lance Winslow" - Online Think Tank forum board. If you have innovative ideas and unique perspectives, to think with his lance;