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UTILITY FOG

UTILITY FOG. PRESENTED BY: ANJU KUMARI REG.No.0501222114 BRANCH-ECE. INTRODUCTION. Nanotechnology is the use of nanometer-sized particles in ways that employ novel or

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UTILITY FOG

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  1. UTILITY FOG PRESENTED BY: ANJU KUMARI REG.No.0501222114 BRANCH-ECE

  2. INTRODUCTION Nanotechnology is the use of nanometer-sized particles in ways that employ novel or unusual properties with limitless possibilities. The concept of utility fog is introduced as a useful provocation for imagining nanotechnology and its implications in the future. A description of the technical specifications and uses of utility fog are provided. Utility fog is a concept that was developed by Dr. John Storrs Hall(Storrs Hall 2001). It relies on molecular manufacturing techniques to create tiny robots He envisioned it as an active polymorphic material designed as a conglomeration of 100-micron robotic cells or foglets, built using molecular nanotechnology.

  3. UTILITY FOG:THE COMPONENT PROPOSED • The components which are required to make utility fog are of a much concern for it's development. • A Foglet having 12 arms • The Grip

  4. MODES OF OPERATION The Nano-constructs operate in two modes - "native", and "fog". In "native" mode , individual foglets move into different positions and perform certain mechanical operations depending on what object it is forming. For example, if it forms part of a table, then it would be motionless and locked. If the object was a fan, then most of the structure would remain locked, and only the foglets between the two parts would need to move.

  5. In "fog" mode, the foglets do not move, but act more like pixels on a television screen – they "pixelate". The foglets vary other properties according to which part of the object they are representing, generally transmitting information and sound. A Fog-filled room would contain 90% air, and surround its occupant with a display screen with 100 micron

  6. GENERAL PROPERTIES AND USES It will be more efficient to build dedicated machines for long distance energy and information propagation, and physical transport. For local use, and interface to the worldwide networks, the Fog is ideal for all of these functions. It can act as shelter, clothing, telephone, computer, and automobile. It will be almost any common household object, appearing from nowhere when needed (and disappearing afterwards). It gains a certain efficiency from this extreme of polymorphism; consider the number of hardcopy photographs necessary to store all the images one sees on a television or computer screen. With Utility Fog we can have one "display" and keep all our physical possessions on disk

  7. Contd… Another item of infrastructure that will become increasingly important in the future is information processing. Nanotechnology will allow us to build some really monster computers. Although each Foglet will possess a comparatively small processor—which is to say the power of a current-day supercomputer—there are about 16 million Foglets to a cubic inch. When those Foglets are not doing anything else, i.e. when they are simulating the interior of a solid object or air that nothing is passing through at the moment, they can be used as a computing resource

  8. ADVANTAGES OF AN UTILITY FOG ENVIRONMENT Another major advantage for space-filling Fog is safety. In a car (or its nanotech descendant) Fog forms a dynamic form-fitting cushion that protects better than any seatbelt of nylon fibers. An appropriately built house filled with Fog could even protect its inhabitants from the (physical) effects of a nuclear weapon within 95% or so of its lethal blast area.

  9. Contd.. A nanotechnology- age factory would probably consist of a mass of Fog with special- purpose reactors embedded in it, where high-energy chemical transformations could take place. All the physical manipulation, transport, assembly, and so forth would be done by the Fog

  10. CONCLUSION Utility fog is a term to describe a nanotechnological collection of tiny robots together performing a certain function . It is a nanotechnological replacement for car seatbelts and many other useful equipments...This Technology is going to have a very sound effect on future and the researches are going on this technology to make it more compatible and sophisticated. So in the future of about twenty years from now it is expected to be in a very good operation mode with many of the flaws being eliminated and we could see the wonders which can be done by the nanotechnology.

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