A Presentation: Shruthi Gayakwad 4BD07EC105. Modular Robotics Computer Science Systems Nano Technology.

Slides:



Advertisements
Similar presentations
ARGUS: Rete + DBMS = Efficient Persistent Profile Matching on Large-Volume Data Streams Chun Jin Language Technologies Institute School of Computer Science.
Advertisements

Chapter 1 - VB 2008 by Schneider1 Chapter 1 - An Introduction to Computers and Problem Solving 1.1 An Introduction to Computers 1.2 Windows, Folders, and.
Presentation by: Serena, Ann & Nicole
Your Interactive Guide to the Digital World Discovering Computers Fundamentals, 2012 Edition.
Your Interactive Guide to the Digital World Discovering Computers Fundamentals, 2012 Edition.
 The central processing unit (CPU) interprets and executes instructions.  The “brains” of the computer.  The speed of the processor is how fast it.
Prepared By: Kopila Sharma  Enables communication between two or more system.  Uses standard network protocols for communication.  Do.
Revolution Yet to Happen1 The Revolution Yet to Happen Gordon Bell & James N. Gray (from Beyond Calculation, Chapter 1) Rivier College, CS699 Professional.
©TheMcGraw-Hill Companies, Inc. Permission required for reproduction or display. COMPSCI 125 Introduction to Computer Science I.
Artificial Intelligence
Discovering Computers Chapter 1 Discovering Computers & Microsoft Office 2010.
CURRENT TRENDS IN DIGITAL ELECTRONICS– AN OVERVIEW
Use of Multimedia in Engineering. Mechatronics engineering is based on the combination from three basic engineering field that is mechaninal, electronics.
1 Energy Efficient Communication in Wireless Sensor Networks Yingyue Xu 8/14/2015.
CHAPTER 1 GC 101 Introduction to computers and programs.
A year 1 computer userA year 2 computer userA year 3 computer user Algorithms and programming I can create a series of instructions. I can plan a journey.
1. Basic information about computer: A computer is a machine that manipulates data according to a set of instructions. Although mechanical examples of.
COMP6005 An Introduction to Computing Session One Introduction.
Computers Are Your Future © 2006 Prentice-Hall, Inc.
Smart transmitters.
A Presentation by:Amit Mahajan B. Tech(ECE), 7 th Semester GNDU.
Nilufa Rahim C2PRISM Fellow Sept. 12, What is Engineering? Engineering is the field of applying Science and Mathematics to develop solutions that.
What is a Computer? An, electrical machine, that can be programmed to accept data (input), process it into useful information (output) and store it away.
Submitted by:- Vinay kr. Gupta Computer Sci. & Engg. 4 th year.
1 Dr. Michael D. Featherstone Introduction to e-Commerce Laws of the Web.
1 Nassau Community CollegeProf. Vincent Costa Acknowledgements: An Introduction to Programming Using Visual Basic 2012, All Rights ReservedAn Introduction.
Automation and Robotics The Basics. A brief history Golem Yan Shi’s Automaton Talos.
Section 1 # 1 CS The Age of Infinite Storage.
Section 1 # 1 CS The Age of Infinite Storage.
ROBOTICS.
What is a computer? Computer is a device for processing information.
Carnegie Mellon Zoë Computing Design Design Review December 19, 2003 Michael Wagner 
University of Windsor School of Computer Science Topics in Artificial Intelligence Fall 2008 Sept 11, 2008.
Call 5 National Contact point Briefing, Brussels, 12 May 2009 INFSO FET Ralph Stübner Future and Emerging Technologies Objective ICT : Towards.
“Politehnica” University of Timisoara Course Advisor:  Lucian Prodan Evolvable Systems Web Page:   Teaching  Graduate Courses Summer.
KaaShiv InfoTech presents ROBOTICS For Inplant Training / Internship, please download the "Inplant training registration form"
Beginning Snapshots Chapter 0. C++ An Introduction to Computing, 3rd ed. 2 Objectives Give an overview of computer science Show its breadth Provide context.
Robotics Where AI meets the real world. AMAN KUMAR, SECTION –B4902.
HOW IT WORKS …. REVIEW: BINARY NUMBERS DECODE THIS MESSAGE
Moore’s Law and Its Future Mark Clements. 15/02/2007EADS 2 This Week – Moore’s Law History of Transistors and circuits The Integrated circuit manufacturing.
Computer Architecture Lecture 26 Past and Future Ralph Grishman November 2015 NYU.
EBIZ 509 Foundations of E-Business. 2 © UW Business School, University of Washington 2004 Agenda Today Class schedule and class plan Basic computer concepts.
CLAYTRONICS CONTENTS 1. Abstract 2. Introduction. 3. Research terms considered in claytronics 4. Scientists views on claytronics.
Living in a Digital World Discovering Computers Fundamentals, 2011 Edition.
Julie Dunbar 4D Printing Self-Assembly & Programmable Matter.
Computing in the New Curriculum. Computing Pupils should be taught to: KS1 understand what algorithms are; how they are implemented as programs on digital.
What is Multimedia Anyway? David Millard and Paul Lewis.
Introduction to Information Technology László Kajdocsi Department of Information Technology.
1 Chapter 1 Background Fundamentals of Java: AP Computer Science Essentials, 4th Edition Lambert / Osborne.
Claytronics By Braeden diaz.
Conclusions on CS3014 David Gregg Department of Computer Science
QUANTUM COMPUTING: Quantum computing is an attempt to unite Quantum mechanics and information science together to achieve next generation computation.
Objectives Overview Explain why computer literacy is vital to success in today’s world Define the term, computer, and describe the relationship between.
Introduction to e-Commerce
Welcome.
VLSI Tarik Booker.
RAM, CPUs, & BUSES Egle Cebelyte.
Information Technology in the Digital Economy
Computer Hardware-Meeting the machine
Machine code Recall that all a computer recognises is binary code.
Major developments in technology
Introduction to Computing
Objectives Overview Explain why computer literacy is vital to success in today's world Describe the five components of a computer Discuss the advantages.
Claytronics By: Neeraj Agarwal E.C. 3rd (B).
Objectives Overview Explain why computer literacy is vital to success in today’s world Define the term, computer, and describe the relationship between.
*.
BY VAMSI SAI C 09BF1A0481 IV ECE SVCE
Kocaeli University Introduction to Engineering Applications
Neoroscience related Philosophical aspects of AI
Integrating Educational Technology into the Classroom
Presentation transcript:

A Presentation: Shruthi Gayakwad 4BD07EC105

Modular Robotics Computer Science Systems Nano Technology

Audio Video Pario

According to researchers at CMU, claytronics (also known as “Programmable matter” or “smart clay”) is described as, “An ensemble of material that contains sufficient local computation, actuation, storage, energy, sensing and communication which can be programmed to form interesting dynamic shapes and configurations To give forms of Information that are: a)Tangible b)Interactive In Digital environments which are Indistinguishable from reality

2. Designing reliable programs to instruct the shaping of collection of millions of catoms into dynamic, 3-d forms. 1. Creating Claytronic atoms (Catoms) Original Replica Ensemble of Catoms Single Unit

TTTT

In our preliminary designs, each catoms is a self contained unit with A CPU. A CPU. An energy store such as onboard battery. An energy store such as onboard battery. A network device. A network device. A video output device such as LCD or LED. A video output device such as LCD or LED. Sensors like pressure sensors and photo sensors. Sensors like pressure sensors and photo sensors. A means of locomotion and A means of locomotion and A mechanism for adhering to other catoms. A mechanism for adhering to other catoms.

Current CATOMS

Cooperative Working Of Catoms

 Future catoms will be required to move in 3D dimentions relative to each other.  We should develop a millimeter scale catoms with no moving parts.  An alternative energy solution is desired for powering individual catoms.

Yes, Claytronics has the potential to become reality because of the ever-increasing speed of computer processing as per the predictions done by Gordon Moore Moore's Law: It states that, number of transistors placed inexpensively on an IC has doubled (approx) in every two years.

Claytronics device will require software languages that Instructs hundreds of thousands of catoms to work with co-operation. Programming languages :  Meld.  Locally Distributed Predicates LDP. Performance errors of thousands to millions of individual catoms are hard to detect & debug, therefore they are using algorithms like Distributive Watchpoints.

1. Engineering design 2. Medical Science 3. Computer Science 4. In Hostile Environments 5. Flexibility 6. Claytronic furnitures

Change the shape of furniture and the wall paintings according to preferences from time to time!

7. Consumer applications 8. In Telecommunication field 9. Entertainment

From the past 7 years we have seen phenomenon development in Claytronics. From being just a science fiction we are really moving towards its reality. Still the hungry towards reaching its end result is not yet satisfied amongst researchers. From being just a science fiction we are really moving towards its reality. Still the hungry towards reaching its end result is not yet satisfied amongst researchers. Thus this technology will removes the gap between a fresh idea and its finished product.

1.Carnegie Mellon University official site: Other information from: 4.Images from: images.google.co.in

Thank You Questions and comments….?