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OPTICAL CAMOUFLAGE - Invisibility Cloak.

OPTICAL CAMOUFLAGE - Invisibility Cloak. Ayush Jain EC-1 1507162. Optical Camouflage-Invisibility Cloak. What is Optical Camouflage?.

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OPTICAL CAMOUFLAGE - Invisibility Cloak.

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  1. OPTICAL CAMOUFLAGE- Invisibility Cloak. AyushJain EC-1 1507162 Optical Camouflage-Invisibility Cloak

  2. What is Optical Camouflage? OPTICAL CAMOUFLAGEis a technology which makes the wearer invisible with respect to surrounding. Camouflage means to disguise or to blend with the surroundings. It is the method which allows an organism or object to remain indistinguishable from the surrounding environment.by use of panels or coatings capable of altering their appearance, colour, luminance and reflective properties. Optical Camouflage-Invisibility Cloak

  3. How does it work? Creating complete optical camouflage would require a number of tiny cameras and projectors These are programmed to gather visual data from different angles and project the gathered images outwards in large number of different directions to give the illusion of invisibility from all angles. A massive amount of computing power and embedded sensors would be necessary to continuously project the correct images in all directions. For this we would certainly require sophisticated nanotechnology, as our computers, projectors, and cameras are not yet miniaturized enough to meet these conditions. Optical Camouflage-Invisibility Cloak

  4. What is Invisibility Cloak? The invisibility cloak renders the human partially invisible, when he/she slips beneath the shining, silvery cloak. Optical Camouflage-Invisibility Cloak

  5. How invisibilty cloak is real? Optical camouflage requires a complicated arrangement. First, the person who wants to be invisible (Person A) wears the cloak. An observer (Person B) stands before (Person A) at a specific location. At that location, (Person A) appear to be partially invisible to (Person B). If (Person B) were viewing from a slightly different location, he would simply see (Person A) wearing a cloak. Optical Camouflage-Invisibility Cloak

  6. The Invisibility Cloak The cloak that enables optical camouflage to work is made from a special material known as retro-reflective material. Optical Camouflage-Invisibility Cloak

  7. Principle : Optical camouflage doesn't work by way of magic. It works by taking advantage of something called augmented-reality technology. Augmented reality: It merely tries to supplement real world with additional, helpful content. Optical Camouflage-Invisibility Cloak

  8. Requirements: • A garment made from highly reflective material • A video camera • A computer • A projector • A special, half-silvered mirror called a combiner Optical Camouflage-Invisibility Cloak

  9. The Complete System : Optical Camouflage-Invisibility Cloak

  10. Video Camera : Capturing the background image requires a video camera, which sits behind the person wearing the cloak. The video from the camera must be in a digital format so it can be sent to a computer for processing. Optical Camouflage-Invisibility Cloak

  11. Computer : All augmented-reality systems rely on powerful computers to synthesize graphics and then superimpose them on a real-world image. For optical camouflage, the Computer must take the image from the video camera, calculate the appropriate perspective to simulate reality to be projected onto the retro-reflective material. Optical Camouflage-Invisibility Cloak

  12. Projector : For optical camouflage, the central opening must be the size of a pinhole. This ensures a larger depth of field so that the cloak can be located any distance from the projector. Optical Camouflage-Invisibility Cloak

  13. Combiner: A special mirror to reflect the projected image toward the cloak To let light rays bouncing off the cloak return to the user's eye. This special mirror is called a beam splitter, or a combiner. Optical Camouflage-Invisibility Cloak

  14. Real World Applications AUGMENTED STEREOSCOPIC VISION IN SURGERY Doctors performing surgery could use optical camouflage to see through their hands and instruments to the underlying tissue so making the complicated surgeries a bit better. COCKPIT FLOORS Pilots landing a plane could use this technology to make cockpit floors transparent with micro reflectors. This would enable them to see the runway and the landing gear simply by glancing down. TRANSPARENT REAR HATCH Drivers backing up cars could have a quick glance backward through a transparent rear hatch would make it easy to know when to stop. STEALTH TECHNOLOGY Stealth means ‘low observable’. Its basic idea is to ‘blend’ in with the background and is used mainly for military purpose. Stealth Technology is used in the construction of mobile military systems such as aircrafts and ships to significantly reduce their detection by enemy, primarily by an enemy RADAR. Optical Camouflage-Invisibility Cloak

  15. Disadvantages : • Partial Invisibility • Requires Expensive Equipments. • The target can only be in a certain field of view Optical Camouflage-Invisibility Cloak

  16. Conclusion : Although this is having some disadvantages. Optical Camouflage is a nice technology. However further developments are being going on, I believe this is going to change the entire world. Optical Camouflage-Invisibility Cloak

  17. Thank you Optical Camouflage-Invisibility Cloak

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