| We must understand in the future that our enemies | | | | which can track these flying organic look-alikes. Most |
| will be using UAV Technologies against us. These | | | | birds, fish and other organic type species use similar |
| UAVs will come in all sorts of sizes, in swarms and | | | | patterns which are the most efficient to conserve |
| maybe cross-category technologies; half missile-half | | | | their energy. Many follow the Strouhl number so we |
| UAV, part balloon-part UAV, Organic models-part | | | | can use this to guestimate its future positions so we |
| bird? When dealing with a UAV that flies like a bird, | | | | can hit them with bullets or anti-UAV mini units, which |
| butterfly, bumble bee or bat and is that size or | | | | have optical flow sensors on-board, this will take a |
| smaller, it may be nearly impossible to hit. This means | | | | few years due to the need to have very small |
| as these UAV technologies get closer to reality and | | | | sensors and TinyOS which can process this kind of |
| use in the future battlespace they will be very | | | | huge amount of information. Remember these |
| effective and dangerous. These UAVs may have | | | | intercept mini UAVs or Organic Model MAVs will also |
| bio-stingers, cameras giving away troop locations or | | | | need to interface their own autonomous Tiny |
| even come in massive swarms and overwhelm our | | | | Operating Systems for autopilot and obstacle |
| positions. We may even design these build them and | | | | avoidance. We are talking about massive amounts of |
| use them in the United States Military, don't think | | | | processing in a super small unit. But it can be done |
| some of the brilliant DARPA engineers have not | | | | and we need to be thinking into the future of robotic |
| thought about it. | | | | and micro-robotic warfare, even Nano-MEMS |
| I propose we build and design guidance systems, | | | | operated robotic warfare. Think on this. |