T-99 0 CT-101 0 C T-99 0 CT-101 0 C T-99 0 CT-101 0 C.

Slides:



Advertisements
Similar presentations
A Link to the Future Where is Education Going with Technology?
Advertisements

Approaches, Tools, and Applications Islam A. El-Shaarawy Shoubra Faculty of Eng.
Distributed Data Processing
Complex Adaptive Systems
Chapter 19 Design Model for WebApps
Self-Organised information PrOcessing, CriticaLity and Emergence in multilevel Systems Alfons Hoekstra
Database Systems: Design, Implementation, and Management Tenth Edition
Alessandro Vespignani Science, Vol July 2009 (Prepared by Hasan T Karaoglu)
COS 461 Fall 1997 Networks and Protocols u networks and protocols –definitions –motivation –history u protocol hierarchy –reasons for layering –quick tour.
COORDINATION and NETWORKING of GROUPS OF MOBILE AUTONOMOUS AGENTS.
Sogang University ICC Lab Using Game Theory to Analyze Wireless Ad Hoc networks.
Network of Excellence in Internet Science 3 rd EINS Summer School Volos, July 2014 Anna Satsiou (CERTH) FP7-ICT EINS Network of Excellence.
The structure of the Internet. How are routers connected? Why should we care? –While communication protocols will work correctly on ANY topology –….they.
Prof. Ing. M. Dassisti Enterprise modelling for networked enterprise: interaction aspects for a training organisation 16th IFAC World Congress, Prague.
1 Sensor Networks and Networked Societies of Artifacts Jose Rolim University of Geneva.
CSCI 4550/8556 Computer Networks Comer, Chapter 1: Introduction.
Protocols and the TCP/IP Suite
Dynamics of Learning & Distributed Adaptation PI: James P. Crutchfield, Santa Fe Institute Second PI Meeting, April 2001, SFe Dynamics of Learning:
Triangulation of network metaphors The Royal Netherlands Academy of Arts and Sciences Iina Hellsten & Andrea Scharnhorst Networked Research and Digital.
Emergent Phenomena & Human Social Systems NIL KILICAY.
The Information School of the University of Washington A comparison of the Collaborative Information Retrieval (CIR) behaviors of two design teams
26th May, Middleware or Simulator for Autonomic Communications Yang Qiu Networking Laboratory Helsinki University of Technology
Medical Informatics Basics
Networks between facts & concepts Marianne van den Boomen.
3.0 Management 1.0 to 3.0 Features Practical examples Zoom on org charts Update : FL 17 oct 2011.
Regional Innovation Ecosystem Platform Panagiotis Tsarchopoulos URENIO Research.
Relevance of Simulation Models for Assessments of LivingLabs Activity University of Maribor Faculty of Organizational Sciences www
Fairport Central School District Administrative Cabinet Let’s Talk …Technology Vision Trina Marquez Director of Technology Operations February 2007.
Developing Analytical Framework to Measure Robustness of Peer-to-Peer Networks Niloy Ganguly.
Business Data Communications, Stallings 1 Chapter 1: Introduction William Stallings Business Data Communications 6 th Edition.
Business Computing 550 Lesson 1. Fundamentals of Information Systems, Fifth Edition An Introduction to Information Systems in Organizations.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public ITE PC v4.0 Chapter 1 1 Connecting to the Network Networking for Home and Small Businesses.
Robot Autonomous Perception Model For Internet-Based Intelligent Robotic System By Sriram Sunnam.
Lec4: TCP/IP, Network management model, Agent architectures
Sorin Solomon short CV Full Professor Full Professor at the Racah Institute of Physics of the Hebrew University of Jerusalem. DirectorDirector, Division.
Computerised Air Traffic Management Tools - Benefits and Limitations OMAR BASHIR (March 2005)
Planning for Arctic GIS and Geographic Information Infrastructure Sponsored by the Arctic Research Support and Logistics Program 30 October 2003 Seattle,
(- ∞ ) General Background: The Microscopic Representation of Complex Macroscopic Phenomena,, Annual Reviews of Computational Physics II p 243, ed D. Stauffer,
(- ∞ ) General Background: The Microscopic Representation of Complex Macroscopic Phenomena,, Annual Reviews of Computational Physics II p 243, ed D. Stauffer,
Complexity Research and Economic Growth Sorin Solomon Racah Institute of Physics HUJ Israel Complex Multi-Agent Systems Division, ISI Turin Lagrange Interdisciplinary.
AKARI New Generation Network Architecture SeungHo Lee.
A Routing Underlay for Overlay Networks Akihiro Nakao Larry Peterson Andy Bavier SIGCOMM’03 Reviewer: Jing lu.
Copyright © 2002 Intel Corporation. Intel Labs Towards Balanced Computing Weaving Peer-to-Peer Technologies into the Fabric of Computing over the Net Presented.
Modeling Complex Dynamic Systems with StarLogo in the Supercomputing Challenge
The Utilization of Geographic Information Systems (GIS) in Health Planning and Epidemiology in Health Planning and Epidemiology Jaime Bech-Nappi and Glauber.
I-Room: a Virtual Space for Intelligent Interaction Low cost, simple setup, mixed-reality meetings spaces and operations centres
PRESENTATION ON:- INTER NETWORK Guided by: Presented by:- Prof. Ekta Agrwal Dhananjay Mishra Prafull Jain Vinod Kumawat.
UCSC 1 Aman ShaikhWIRED Position Statement Position Statement WIRED 2003 Workshop on Internet Routing Evolution and Design Aman Shaikh University of California,
Initiative on Designing a New Generation Network APII Workshop 2006 Singapore July 18, 2006 Masaki Hirabaru NICT.
Performance Validation of Mobile IP Wireless Networks Presented by Syed Shahzad Ali Advisor Dr. Ravi Pendse.
Visualizing QoS. Background(1/2) A tremendous growth in the development and deployment of networked applications such as video streaming, IP telephony,
CHAPTER 4 PROTOCOLS AND THE TCP/IP SUITE Acknowledgement: The Slides Were Provided By Cory Beard, William Stallings For Their Textbook “Wireless Communication.
Internet of Things. IoT Novel paradigm – Rapidly gaining ground in the wireless scenario Basic idea – Pervasive presence around us a variety of things.
Jellyfish, and other Interesting creatures Of the Internet Scott Kirkpatrick, Hebrew University with Avishalom Shalit, Sorin Solomon, Shai Carmi, Eran.
Networks of Learning Recognition Strategic Affective.
Users´ Behavior and Institutional Repositories Jela Steinerová Comenius University Bratislava
1 Dr. Michael D. Featherstone Introduction to e-Commerce Network Theory 101.
Fundamentals of Information Systems, Sixth Edition Chapter 1 Part A An Introduction to Information Systems in Organizations.
Cyberinfrastructure Overview of Demos Townsville, AU 28 – 31 March 2006 CREON/GLEON.
CSCD 433/533 Advanced Computer Networks Lecture 1 Course Overview Spring 2016.
Simulation in Operational Research form Fine Details to System Analysis.
INFORMATION SYSTEM CATEGORIES
Grid Optical Burst Switched Networks
Future Technologies FTC 2016 Future Technologies Conference December 2016 San Francisco, United States.
MOTIVATOR FOR MODERN EDUCATION Assoc. Prof. Diana Popova, Ph.D.
Protocols and the TCP/IP Suite
Topology and Dynamics of Complex Networks
Information Systems General Information.
Protocols and the TCP/IP Suite
Information Systems General Information.
Presentation transcript:

T-99 0 CT C

T-99 0 CT C

T-99 0 CT C

T-99 0 CT C New Fundamental Laws of Nature?

T-99 0 CT C New Fundamental Laws of Nature? NO: Theorem Onsager for simple system

Muchnik Electronically Distributed Laboratory of Economics and Behavior Experiments involving interaction with remote role-players: decision makers, administrators. Solomon Miceli Selten External World Internal Laboratory Experiments BONN

Psychological studies by electronic experiments on remotely interacting subjects from different sub-cultures (nationally, activity-wise) Muchnik Electronically Distributed Laboratory of Economics and Behavior Experiments involving interaction with remote role-players: decision makers, administrators. Solomon Miceli Selten Schul External World Internal Laboratory Experiments BONN

Experiments involving remote external systems: markets, other labs, operation theaters Psychological studies by electronic experiments on remotely interacting subjects from different sub-cultures (nationally, activity-wise) Muchnik Electronically Distributed Laboratory of Economics and Behavior Experiments involving interaction with remote role-players: decision makers, administrators. Solomon Miceli Selten Egidi Schul External World Internal Laboratory Experiments BONN

High Resolution Spatio-Temporal continuous flow Data on economic activity Experiments involving remote external systems: markets, other labs, operation theaters Psychological studies by electronic experiments on remotely interacting subjects from different sub-cultures (nationally, activity-wise) Interactive study of management of tasks involving interacting humans (health, distribution, production) Obtaining validation /feedback on new / evoving designs Online dynamical confrontation with predictions from Mathematical and dynamical Models, Muchnik Electronically Distributed Laboratory of Economics and Behavior Experiments involving interaction with remote role-players: decision makers, administrators. Solomon Miceli Mantegna Selten Egidi Schul Dosi External World Internal Laboratory Experiments BONN

High Resolution Spatio-Temporal continuous flow Data on economic activity Record/ design/ validate of decision flow, and human personnel connectivity, management charts, implementation procedures in various institutions/ tasks Experiments involving remote external systems: markets, other labs, operation theaters Discovering (by remote probing ) virtual communities and Peer-to-Peer networks; their electronic functioning / interactions Psychological studies by electronic experiments on remotely interacting subjects from different sub-cultures (nationally, activity-wise) Interactive study of management of tasks involving interacting humans (health, distribution, production) Obtaining validation /feedback on new / evoving designs Online dynamical confrontation with predictions from Mathematical and dynamical Models, Muchnik Electronically Distributed Laboratory of Economics and Behavior Experiments involving interaction with remote role-players: decision makers, administrators. Terna Solomon Miceli Mantegna Selten Shir Egidi Schul Dosi External World BONN Internal Laboratory Experiments

human intelligence, axis: physical / "hardware" -> "soft", “inteligent" -> “humanistic” 1. biophysics: neurons firing network 2. psychophysics: perception information processing. 3. psychology: cognition motivational processes. 1. physical: wires, switches 2. information flow: packets, protocols 3. emergent / cognitive: contents, P2P organization, services

TIME -> Concep Conceptual Layers | V A. Internet Now Observatory B. New Ideas; Analytical tools C. Future Internet Mock-up 1. Cognitive / Social Layer Web Self-Organization Content based relationships Space- Time dynamics of Communities Emergent Collective Entities Emergence of Complex Institutions from local interactions Market mechanisms Collective Objects, Their Personality, Interests, Strategies Predict emergence / success / failure of social / technological Web waves 2 Information Layer Overlay networking GRID and peer-to-peer, Information transmission measurements Web dynamics Information flow distributed control Local protocols Self-healing Study / Simulate Statistical stability and guarantees? Can trust be distributed? 3. Hardware Infrastructure Layer communication lines packets and routers Find hidden net elements and connections Packets Traffic Spatio-Temporal Fluctuations Autocatalytic Agents; Self-Regulated growth Power Laws, Small Worlds K-core Percolation Hardware Evolution: Mobile nodes, ad-hoc connectivity Simulate reliability and traffic changes upon hardware /protocol modifications MeasurementsTheory Simulation Platform

Table 1 Levels of the study of the present and future of the Internet In other words, 1.The lowest layer / row physical / hardware (Internet) infrastructure packet dynamics and the consequences thereof for robustness and traffic. 2. The next layer / row represents overlay network (the Web) its logical links and its information flow. 3. The highest layer / row -content-based self-organized communities -institutions governing them -collective intelligence in addition and on top of the sum of informational contents of all the nodes. The horizontal axis represents time: A - Internet present can be observed by direct measurements C - Internet future can be simulated (in terms of modifications/ evolution of present) B - the connection between the present and the future relies on theoretical models.

Moshe Levy; Assoc Prof Finance HUJ Representation of Markets in terms of Interacting Inhomogenous imperfect individuals ; Book Acad Press; Quan Fin Sorin Solomon Yoram Louzoun; Assist Prof. BIU Localization in Groups with Self- Enhancing trends Bul Math Bio; Artif life Ester Adi Japha; Faculty BIU Elements of children drawings associated with meaning Cognitive Development Jacob Goldenberg; Assoc Prof HUJ ; BA Creativity; Novelty Science;NYT Nava Rubin; Assoc Prof NYU 3D rigid sensation from 2D retina sensors Vision Research Yehuda Stolov, PhD Dynamics of Stories and Thought; IJMPC Lev Muchnik Collective Phenomena from Individual Behavior Eran Shir PhD Stud TA; Internet Group Behav; Europhys News Avishalom Shalit Self Organization of Open Self-Representation Uri Hershberg; Postdoc Yale Representation of Diseases in terms of many interacting antigens and antibodies; Phys A Ifat Levy,Postdoc NYU Brain activity maps elicited by visual stimuli Nature