'Fundamental properties' diaporamas de présentation

Course: Wireless Networks I Topic : A nalysis of MANETs and Network Coding

Course: Wireless Networks I Topic : A nalysis of MANETs and Network Coding. Ubinet Master 2011-2012 L. Sassatelli sassatelli@i3s.unice.fr. Outline. Delay-Throughput trade-offs: Static ad hoc networks under the physical and protocols models Mobile ad hoc networks

1.53k views • 118 slides

1.11k views • 82 slides

1.06k views • 82 slides

A New Paradigm in Design of IIR Digital Filters

Vladislav A. Lesnikov lesnlex@mail.ru. Tatiana V. Naumovich ntv_new@mail.ru. A New Paradigm in Design of IIR Digital Filters. Alexander V. Chastikov alchast@mail.ru. Vyatka State University, Russia, Kirov. Sergey V. Armishev sarmishev@gmail.com. Rondosoft, Inc., USA.

980 views • 72 slides

Relativity: from Special to General

Geraint F. Lewis Sydney Institute for Astronomy School of Physics University of Sydney. Relativity: from Special to General.

783 views • 54 slides

Nanotechnology in Mechanical Engineering

UEET 101 Introduction to Engineering. Nanotechnology in Mechanical Engineering. Presented By Pradip Majumdar, Ph.D Professor Department of Mechanical Engineering Northern Illinois University DeKalb, IL 60115. Outline of the Presentation. Lecture In-class group activities and homework

5.13k views • 47 slides

On Being in the Same Place at the Same Time

596 views • 43 slides

Language and Culture

Language and Culture. Language : . System of human communication utilizing arbitrary vocal (or visual) symbols for the exchange of information. Minimal linguistic event involves : two human beings with healthy auditory (or visual) systems (receiver),

830 views • 37 slides

Fundamental Properties of Life

Fundamental Properties of Life. Growth and Reproduction Ability to Respond Ability to Evolve abd Adapt Metabolism Organized Structure Organic Composition.

468 views • 31 slides

Amplitude Quantization as a Fundamental Property of Coupled Oscillator Systems

Amplitude Quantization as a Fundamental Property of Coupled Oscillator Systems. W. J. Wilson Department of Engineering and Physics University of Central Oklahoma Edmond, OK 73034 email: wwilson@uco.edu. Outline. Introduction Argumental Oscillator ( Doubochinski Pendulum)

294 views • 26 slides

Nuclear structure of high-K isomers: implications for controlled energy release *

Nuclear structure of high-K isomers: implications for controlled energy release *. D. Cline, A.B. Hayes, University of Rochester The K quantum number Motivation K-Mixing in 178 Hf The 48.6 keV, K=5 - [t 1/2 =141 year] isomer in 242m Am Nuclear Structure Implications

473 views • 24 slides

The Electromagnetic Spectrum

The Electromagnetic Spectrum. EG5503 (GIS & Earth Observation). Lecture Topics. What is the Electromagnetic Spectrum? The concept of wavelength Properties of EMR waves EMR and the Sun-Atmosphere system How does remote sensing exploit EMR. What is the Electromagnetic Spectrum?.

410 views • 20 slides

317 views • 20 slides

Chapter Eleven

Chapter Eleven. Theories of Communication in Ongoing Relationships. Relational Systems Theory: The Palo Alto Group. Bateson and his colleagues (WBJ) The Palo Alto group was concerned with understanding the general nature of communication

501 views • 18 slides

EXPLORING MAGNETISM

EXPLORING MAGNETISM. What is a Magnet?. What Materials are Magnetic?. What Materials are Magnetic?. What Do Magnets Do?. Attract or repel other magnets (exert a force) Attract other magnetic metals Have at least 2 distinct ends (poles) each Like poles repel, opposite poles attract Notes:

257 views • 15 slides

Spatial Analysis

252 views • 14 slides

Phy 212: General Physics II

Phy 212: General Physics II. Chapter 16: Waves I Lecture Notes. Types of Waves. Types of waves: Mechanical waves Electromagnetic waves Matter waves Classifying Waves: Transverse Waves: oscillate perpendicular to the direction of wave propagation (examples: Light & E-M waves)

310 views • 12 slides

380 views • 11 slides

Bell-Ringers

Bell-Ringers. 10 June 2009. Bell-Ringer. 2 nd pd, 10 June 2009 LT: Describe fundamental properties of matter (mass, weight, volume, density).

362 views • 11 slides

Nano Particles

Nano Particles. High fraction of atoms at or near the surface. Surface Tension: liquids surfaces behave as though they are an elastic film. Kelvin Effect: higher vapor pressure over smaller droplets Ostwald Ripening: large particles grow at the expense of smaller particles

1.02k views • 10 slides