UTILTY FOG Seminar Guide: Presented by: Ms. Vini Vijayan Abhinav Arvind

Seminar Guide: Presented by:

Ms. Vini Vijayan Abhinav Arvind

OVERVIEW Introduction Modes Of Operation Structure Properties Applications Conclusion

Introduction

Modes Of Operation

Structure

Properties

Applications

Conclusion

INTRODUCTION Brain child of J.Storrs Hall In the words of hall “ A biological human can walk through fog walls and the fog human can walk trough dumb-matter walls, Of-course fog people can walk through fog walls too ”

Brain child of J.Storrs Hall

In the words of hall

“ A biological human can walk through fog walls and the fog human can walk trough dumb-matter walls, Of-course fog people can walk through fog walls too ”

INTRODUCTION Nanotechnology Concept of interlinking of small robots together. Foglet can simulate any environment by creating all sort of structures.

Nanotechnology

Concept of interlinking of small robots together.

Foglet can simulate any environment by creating all sort of structures.

INTRODUCTION

MODES OF OPERATION Native Mode Mobility: Forming Different Structures like Table, Chair etc. Fog Mode Static : Forming screens On immovable objects like walls, as Tv and Displaying Device.

Native Mode

Mobility: Forming Different Structures

like Table, Chair etc.

Fog Mode

Static : Forming screens

On immovable objects like walls,

as Tv and Displaying Device.

STRUCTURE: FOGLET Foglet Little Robots Of human cell size 12 arms pointing in all directions, each arm having four degree of freedom. Grippers at the End Of the arms for Interlinking

Foglet

Little Robots Of human cell size

12 arms pointing in all directions, each arm having four degree of freedom.

Grippers at the End Of the arms for Interlinking

STRUCTURE: FOGLET Foglets – Internal Schematic

Foglets – Internal Schematic

STRUCTURE:GRIP Grip is Hexagonal in structure 3 Fingers mounted on alternating face of a hexagon Socket betwwen it

Grip is Hexagonal in structure

3 Fingers mounted on alternating face of a hexagon

Socket betwwen it

STRUCTURE: FOG Foglet uses six arms to hold its neighbors in the layer; layers are thus a 2-dimensionally rigid fabric of equilateral triangles. Space filled with foglet is called Utility Fog

Foglet uses six arms to hold its neighbors in the

layer; layers are thus a 2-dimensionally rigid fabric of equilateral triangles.

Space filled with foglet is called Utility Fog

PROPERTIES Self-reproducing and Self-generating Power : Hydrogen (stored) combined with atmospheric oxygen to produce energy and collects water vapour for it’s separation. 700kw power consumed/cc for movement. Absolute movement speed 1m/sec. Tensile Strength : 1000 psi Can sustain 100 m/s sheer per mm of thickness

Self-reproducing and Self-generating

Power : Hydrogen (stored) combined with atmospheric oxygen to produce energy and collects water vapour for it’s separation. 700kw power consumed/cc for movement.

Absolute movement speed 1m/sec.

Tensile Strength : 1000 psi

Can sustain 100 m/s sheer per mm of thickness

PROPERTIES Specific gravity : 0.2 Can contract upto 40% in any linear direction reducing overall volume by factor of 5. Components Proposed Carbon Aluminum oxide Microcontroller is used. Cost Issues: Less than $0.00000000001

Specific gravity : 0.2

Can contract upto 40% in any linear direction reducing overall volume by factor of 5.

Components Proposed

Carbon

Aluminum oxide

Microcontroller is used.

Cost Issues:

Less than $0.00000000001

PROPERTIES Foglet though heavier than air, it is programmed to simulate its physical property so that you can’t feel it . Individual foglets can communicate with each other.

Foglet though heavier than air, it is programmed to simulate its physical property so that you can’t feel it .

Individual foglets can communicate with each other.

APPLICATIONS Can act as shelter, clothing telephone computer and automobile Can form your Home TV Fill the cabin of the spaceship with Utility fog never worry about floating out of reach of a handhold Inside spacesuit manages air pressure and make motion easy

Can act as shelter, clothing telephone computer and automobile

Can form your Home TV

Fill the cabin of the spaceship with Utility fog never worry about floating out of reach of a handhold

Inside spacesuit manages air pressure and make motion easy

APPLICATIONS An appropriately house filled with fog will prevent its hosts from micro-diseases. Fog can look after children playing in the house for safety It can make car-seatbelts for safety. It can change the appearance of the car

An appropriately house filled with fog will prevent its hosts from micro-diseases.

Fog can look after children playing in the house for safety

It can make car-seatbelts for safety.

It can change the appearance of the car

CHALLENGES & LIMITATIONS Foglets are much bigger machines than most nano- tech conceptions. Fog cannot simulate anything requiring hard metal Lack of self-intelligence

Foglets are much bigger machines than most nano- tech conceptions.

Fog cannot simulate anything requiring hard metal

Lack of self-intelligence

CONCLUSION Utility fog will provide human with powers that approximate those of a fictional machine. It provides nano-technology replacement for all physical equipments we see around This technology is going to have very sound effect on future and the researches are going on this technnology to make it more compatible and sophisticated.

Utility fog will provide human with powers that approximate those of a fictional machine.

It provides nano-technology replacement for all physical equipments we see around

This technology is going to have very sound effect on future and the researches are going on this technnology to make it more compatible and sophisticated.

REFERENCES http://www.kurzweilai.net/meme/frame.html?main=/articles/art0.html http://www.pivot.net/~jpierce/aspects_of_ufog.htm http://www.aeiveos.com/~bradbury/Authors/Computing/Hall-JS/UFAUPS.html http://www.wildirisdesign.com/nano/ufog.html

http://www.kurzweilai.net/meme/frame.html?main=/articles/art0.html

http://www.pivot.net/~jpierce/aspects_of_ufog.htm

http://www.aeiveos.com/~bradbury/Authors/Computing/Hall-JS/UFAUPS.html

http://www.wildirisdesign.com/nano/ufog.html

QUESTIONS