41. CBBP - Lund University http://www.thep.lu.se/complex/

Lund University Home Activities People Publications ... Lund University pursues a very broad spectrum of research activities. In particular, the group builds models of macromolecules and living systems, and develops algorithms that support the understanding of biological processes by applying machine learning and statistical techniques. It also hosts the Lund Swegene Bioinformatics Facility More... Last updated on September 11, 2005 by protectmail("peter", "Peter Johansson");

42. Complex Systems Homepage Listing Resources on Nonlinear Dynamics and complex systems NCSL, http://www.ceptualinstitute.com/genre/NCSLdirectory.htm

THE INTEGRITY PAPERS - James N. Rose UIU/Genre Group http://www.ceptualinstitute.com Nonlinear and Complex Systems Lab. (NCSL) Department of Physics, POSTECH, Pohang, 790-784 Korea +82-562-279-3099(F) 5842(lab) NCSL Head: Prof. Seunghwan (Swan) Kim WWW Resources on Nonlinear Dynamics and Complex Systems 1 Unica - Home of industrial-strength neural net solutions -Unica's Pattern Recognition Workbench is the first comprehensive neural network, statistical, and machine learning tool for developing real-world data-driven modeling solutions. A Basic Introduction To Neural Networks -ANNs are processing devices (algorithms or actual hardware) that are loosely modeled after the neuronal structure of the mamalian cerebral cortex but on much smaller scales A Semi-annotated Artificial Life Bibliography -This is a semi-annotated list of on-line publications related to the field of Artificial Life. Over one hundred publications are available through these pages and the number is growing. AI Research and Education in the Computer Sciences Deaprtment -This is the World Wide Web home page for the AI Group in the University of Wisconsin Computer Sciences Department AlChemy :AlChemy is a simulator for investigating the origin of distinct organizational grades in the history of life. AlChemy is based on an abstract chemistry, grounded in lambda calculus, which permits systematic exploration of the conditions necessary for achieving a self-maintaining organization.

43. CSIRO Complex Systems Science Home Page The CSIRO complex systems Science activity was established as an emerging science complex systems Patterns Workshop 67 June, University of Queensland http://www.dar.csiro.au/css/

COMPLEX SYSTEMS SCIENCE EMERGING SCIENCE AREA Commonwealth Scientific and Industrial Research Organisation CSIRO Complex Systems Science The CSIRO Complex Systems Science activity was established as an emerging science area to explore and exploit the links between different applications in which complex behaviour arises from the interaction of simple components. About the centre What is CSS? Event calendar Announcements ... Meeting Space (registered users only) to register. Contacts Working groups Working papers ... Site map Highlights (last update 26/08/05) Report from Annual CSS Workshop 10-12 August, Melbourne Complexity in Critical Infrastructure Interdependencies 27 Sept, Canberra Complex Systems Science Conference 11-14 Dec, Brisbane New URL for CSS: www.csiro.au/css More of what's new Last update: 26 August 2005. Site contact: Dr Rachel Williams Rachel.Williams@csiro.au Phone +61 2 6242 1748 Use of this web site and information available from it is subject to our and Privacy Statement

44. CSIRO Centre For Complex Systems Science complex systems Science Centre. The linkage activities include Working Groupsin specific complex system science areas and Interaction Tasks, http://www.dar.csiro.au/css/centre.shtm

COMPLEX SYSTEMS SCIENCE EMERGING SCIENCE AREA Commonwealth Scientific and Industrial Research Organisation About the Centre What is the CSIRO Centre for Complex Systems Science? The Centre for Complex Systems Science was established through the CSIRO Emerging Science Initiative. It acts as a virtual centre with a small core group in Canberra, supported projects throughout CSIRO and a range of linkage activities. The main activity of the centre is through funding projects in CSIRO Divisions. The centre also supports a range of linkage activities to ensure cross-fertilisation between groups working on complex system science. The linkage activities include Working Groups in specific complex system science areas and Interaction Tasks , focussed on key questions in complex systems science. Link to summary of activities of the Centre. The centre is managed by an executive, with oversight by a science board. The emerging science areas report to the Emerging Science Oversight Committee chaired by Michael Barber (Executive Director, Science Planning). Description of operation and governance (150 kB pdf).

45. Home Page Of Carlos Trenado Includes education, lecture notes, hobbies and photos. Interested in complex systems, dynamical systems and optimal control. http://www.math.nmsu.edu/~ctrenado

Home page of Carlos Trenado in the Mathematics Department of NMSU Mailing Address: Department of Mathematical Sciences, New Mexico State University Po.Box. 30001. Department 3MB, Las Cruces NM 88003-001. Office: WH-39. Phone: (505)-6466267, (505)-532-6214 (home). Fax: E-mail: ctrenado@nmsu.edu Home Address: 1140 Monte Vista #7, Las Cruces NM 88001, USA. Summary In memorian: Carlos Cid Arce Math projects Lecture notes Friends with web site ... Graduation, Las Cruces NM Math Projects "Distribution Theory and Ordinary Differential Equations": dvi file "Existence of Solutions for Navier Stokes Equations": dvi file Molecular sequence structure of proteins. Bachelor's Science Thesis:``Theory of existence for optimal control problems with delays in the control functions'' (Spanish), (1999). "Evaporation of fluids in Aeronautics" Proceedings of the Pacific Institute of Mathematical Sciences and Simon Fraser University, Vancouver CA (2002). "Variational Problem in Geophysics" proposed by Talisman Energy Company, Industrial Problem Solving Workshop Proceedings of the Pacific Institute for the Mathematical Sciences and the University of British Columbia, Vancouver CA (to appear (2002)). Recent Activities: Richard Tapia Celebration of Diversity in Computing , at Atlanta, Georgia October, 2003.

46. Intelligent Living Systems, Brandeis Complex Systems Selfreplicating systems Nanotechnology and complexity Page by Merkle has somefascinating references to stuff on self-replication; Alta vista search http://www.cs.brandeis.edu/~brendy/life_sys.html

Intelligent Systems It is impossible that man should not be a part of nature, or that he should not follow her general order -Spinoza What is Life? Life AI Future References In Star Trek there is often a scene where the captain asks the first officer to "scan for signs of life". But how would one build such a detector. The question about what is life reaches into the question over who we are, since obviously we are living. What is this thing which is life? How is it different to inert objects such as rocks and so forth? If we desire to build artificial intelligence, the basic principles upon which life is founded must be analysed. In the 1944 the Nobel prize winning physicist, Erwin Schrödinger wrote up his thoughts about living systems in a book titled, What is life? He observed that: living systems tend to preserve their structure over time. The Laws of thermodynamics only permit average entropy to increase, yet biological systems can do the reverse (maintain order). Tornadoes are similar order-maintaining phenomena. Schrodinger thought that perhaps living systems maintained orde by 'consuming order' from the surrounding environment. the molecular structure of living matter is far more complex than inorganic.

47. Networks And Nonlinear Dynamics Group Networks and Nonlinear Dynamics Group, Department of Mathematics. Control, prediction and optimisation of complex systems. Systems looked at include road traffic, telecoms traffic and production data from noisy realworld industrial processes. http://gridlock.york.ac.uk/

Major Projects MSc Course in Data Analysis, Networks and Nonlinear Dynamics MSc Course "MRes in Mathematics in the living environment" LRD sources in Networks Matching in multiple data sets ... Experimental Investigation of Driver Route Choice Older Projects MUSIC - An on street study of signal setting policies A Conference on Data Analysis in Industry and Commerce was held at York 10th-11th April 2001. Telecoms traffic project Nonlinear prediction and tooling project TRANSPRICE - Integrated multi modal urban transport pricing. Other Information Published Papers Staff Members History Contact Details Welcome to the web pages for the Networks and Nonlinear Dynamics Group The Group was formally launched on the 4th October 1999, with a welcome and gathering for many of our past, present and future partners. The Networks and Nonlinear Dynamics Group is a new research group in the Department of Mathematics at the University of York , formed by the merging of two existing groups in the department: Mike Smith's York Network Control group and Maurice Dodson's Nonlinear Dynamics group.

48. ISCID - Stuart Kauffman Live Chat The International Society for Complexity, Information, and Design (ISCID) is acrossdisciplinary professional society that investigates complex systems http://www.iscid.org/stuartkauffman-chat.php

Live Moderated Chat: Stuart Kauffman Transcript from November 15, 2002 4:00-5:00 PM Eastern ISCID Moderator Our guest speaker today is Stuart Kauffman ISCID Moderator I am now going to hand the talk over to Dr. Kauffman. Participants can start sending in questions. Stuart Kauffman Hello All, fire away. Stu MisterYetzer Stuart, could you comment on Robert Wright's treatment of the social complexity issue in his book, Non-Zero? Stuart Kauffman Sorry, I've not read Wright's book, so cannot comment. Stu caseman Dr. Kauffman, Can you explain the basic idea about how principles of self-organization work? Thanks! Stuart Kauffman If one considers models of genetic regulatory networks, comprised of random Boolean networks, these can exhibit astonishing order, or can exhibit chaos. A general phase transition separates the regimes. In the ordered regime one sees self organization Mikster Dr. Kauffman, do you know of any computer simulations based upon your research that we can download and run on our own machines?

49. CMIT - Complex Systems Integration CSIRO complex systems Integration (CCSI) offers expertise in systems theory,complex systems science and systems integration methodologies. http://www.cmit.csiro.au/brochures/core/csi/

CSIRO Complex Systems Integration (CCSI) offers expertise in systems theory, complex systems science and systems integration methodologies. We have projects on high-speed machine vision, manufacturing systems, industrial automation, field robotics and environmental management, to develop intelligent machines and business networks with a high degree of robustness, stability and performance. The CCSI team is ready to solve challenges offered by today's changes in products, processes, market services, and supply and distribution networks, throughout the life of products and business systems. CCSI brings a commitment to safeguarding assets and improving the ecological balance through all internal and external elements of an enterprise. The CCSI Team The CCSI team comprises 47 engineers and scientists ready to provide prototype solutions, products, methods and software tools for a wide range of applications in industrial systems and infrastructure management. Our core disciplines include: Electrical, electronic and mechanical engineering (mechatronics)

50. Observatory Of Complex Systems Home Page visitors since 2503-2000. Site created by Vincenzo Rinella. Site maintained byManuel Glorioso. Last Modified on 18-04-2005 http://lagash.dft.unipa.it/

How to reach us visitors since 25-03-2000 Site created by Vincenzo Rinella Site maintained by Manuel Glorioso Last Modified on : 18-04-2005 NEWS Avviso di Seminario Open Positions Conference Documentation ... Talks

51. My Biography M.S. Candidate in Physics, Guelph University, GuelphWaterloo Physics Ins. Interested in modeling and simualtion of complex systems such as society modeling, liquid crystals, biomathematics and financial mathematics. http://www.hanifworld.com/biography.htm

My Biography ( Hanif Bayat Movahed ) Personal Information: Nationality: Iranian Age: 24 (Birth on 19 July 1980) Place of Birth: Tehran, Iran Persian: Mother Language English: (TOEFL: 240 Computer Base Test (587 Paper Base Test)) and living in Canada (English society) for more than 16 months. Familiar with Arabic and Turkish Education: Graduate student of Physics in GWPI (Guelph-Waterloo Physics Institute) program at University of Guelph since Sep. 2003. I have finished my courses by average of 82.5 out of 100 and I am trying to finish my master thesis by this academic year. 1998-2002 Department of Physics Sharif University of Technology , Tehran, Iran, B.Sc. in physics ( Feb. 2003), GPA: 83 out of 100 Participating in Computer Olympiad workshop that was held in 1997. Allame Helli High School , under the supervision of NODET (National Organization for Developing Exceptional Talents) , Tehran, Iran, High school Diploma in Mathematics and Physics major. Allame Helli Guidance School , under the supervision of NODET Professional Experience: 1. Researcher in GWPI under supervision of Prof. Sullivan since Sep. 2003. The area of research is related to using computational methods to observe phase transition in liquid crystals. To find more please refer to

52. EVALife Project On Complex Systems EVALife Evolutionary Computation and Artificial Life. People, research,publications, links. (Denmark) http://www.evalife.dk/

53. LIFE - Discontinued Services Page complex systems resources and links http://complex.csu.edu.au/complex/library/

About This Service Australia Complexity Education ... LIFE Publications Centre This service has been discontinued. We apologise for any inconvenience. Services that have been moved are listed at the bottom of this page. Visit the Top 50 AussieSites EMail the Life Manager See below for services that have been moved to other Web Servers. If the service you are looking for is not listed below then it has definitely been discontinued! AEU APEN ESA FireNet ... IOPI

54. The 6th Understanding Complex Systems Symposium Will Be May 15-18 The symposium Understanding complex systems is designed to bring together The conference helps to build the complex systems research community. http://www.how-why.com/ucs2005/

The 6 th Understanding Complex Systems Symposium will be May 15-18, 2006 at the UIUC th UNDERSTANDING C S O Y M S P T L E E M X S Symposium Focus this year: Computational Complexity and Bioinformatics Video Summaries Images 1 Images 2 Images 3 by Russ Abbott Slides and Audio Files for each Session Student Competition Results May 16-19, 2005 Department of Physics University of Illinois at Urbana-Champaign The symposium Understanding Complex Systems is designed to bring together researchers from many academic disciplines and industry and stimulate cross-disciplinary research activities to build and advance the Complex Systems Research community. A small group of distinguished invited speakers will introduce key complex systems concepts in the context of their discipline. These invited plenary talks are on a 'Scientific American' level. Three hands-on tutorials are in parallel with technical sessions, covering the most recent research findings. The organizers will provide information about funding opportunities for complex systems research and promote linkages for interdisciplinary proposals.

55. Click Here For The UCS 2005 Conference, May 16-19, 2005 The symposium Understanding complex systems is designed to bring together Sponsors of this conference series Center for complex systems Research, http://www.how-why.com/ucs2004/

Click here for the UCS 2005 conference, May 16-19, 2005 UNDERSTANDING C S O Y M S P T L E E M X S Symposium Focus this year: Networks May 17-20, 2004 Department of Physics University of Illinois at Urbana-Champaign Audio Recordings The symposium Understanding Complex Systems is designed to bring together researchers from many academic disciplines and industry and stimulate cross-disciplinary research activities. A small group of distinguished invited speakers will introduce key complex systems concepts in the context of their discipline. These invited plenary talks are on a 'Scientific American' level. Three hands-on tutorials are in parallel with technical sessions, covering the most recent research findings. The organizers will provide information about funding opportunities for complex systems research and promote linkages for interdisciplinary proposals. Keywords: networks (regulatory, cellular, molecular, metabolic, neural, computer, signaling, social, production), food webs, bio-informatics, systems biology, cybernetics, artificial life, evolving societies, adaptive agent systems, evolution, attractors far from equilibrium, rare events, avalanches, self-assembly and self-repair of complicated materials, chaos, fractals, cellular automata, genetic algorithms, adaptive computation, data mining, game theory, fuzzy logic. Keynote Talk: Stephen Wolfram , Wolfram Reseach, Champaign After Dinner Talk: Richard H. Herman

56. Syllabus Of Readings For Complex Adaptive Systems And Agent-Based Computational A system is typically defined to be a complex system if it exhibits the Agreement on the definition of a complex adaptive system (CAS) has proved to be http://www.econ.iastate.edu/tesfatsi/sylalife.htm

Syllabus of Readings Complex Adaptive Systems and Agent-Based Computational Economics Last Updated: 27 August 2005 Site maintained by: Leigh Tesfatsion Department of Economics Iowa State University Ames, Iowa 50011-1070 http://www.econ.iastate.edu/tesfatsi/ tesfatsi AT iastate.edu Agent-Based Computational Economics (ACE) Website: http://www.econ.iastate.edu/tesfatsi/ace.htm Acknowledgements: At the time of its initiation (1996), this continually updated site was based in part on the artificial life syllabi prepared by Emanuel Gruengard (Bar-Ilan University), John Koza (Stanford University), and Martin Zwick (Portland State University), and on the Frequently Asked Questions (FAQ) manual maintained by Joerg Heitkoetter of the University of Dortmund for the newsgroup comp.ai.genetic. To keep the site to a manageable size, CAS/ACE-related books are now stressed in preference to articles and working papers. Various CAS/ACE-related websites and journals, magazines, and publishing companies are regularly consulted for interesting books to include. Suggestions from readers are also most welcome. Overview: A system is typically defined to be a complex system if it exhibits the following two properties (see, e.g., Gary Flake

57. IMA Thematic Year On Probability In Complex Systems: Genomics, Networks, And Fin Genomics, Networks, and Finance Engineering. Annual Program at the IMA, Universityof Minnesota. September 2003 June 2004. http://www.ima.umn.edu/complex/

Homepage About the IMA What's Happening Programs/Activities ... Join our Mailing Lists Search IMA Thematic Year on Probability and Statistics in Complex Systems: Genomics, Networks, and Financial Engineering September 2003 - June 2004 complex_poster.pdf complex_poster.png 2003-2004 Annual Report pdf Questions? Contact us at domain='ima.umn.edu'; document.write('staff@'); document.write('ima.umn.edu'); staff(at)ima.umn.edu Long Term Visitors Postdoctoral Fellowships Events Participants Quick Links to Events 9/15-19/03 Tutorial: Tools for Model and Data Integration in the Genome Sciences/Information Integration Technologies for Complex Systems Public Lecture: Leroy Hood After the Human Genome Project: Systems Biology and Predictive, Preventive and Personalized Medicine

58. Complex Adaptive Systems Though it shares its subject, the general properties of complex systems across New book on complex adaptive systems, Comment by Heinz Schuster http://pespmc1.vub.ac.be/CAS.html

Complex Adaptive Systems The recently founded Santa Fe Institute is the gathering point for a new approach, which is usually presented as the study of "complex adaptive systems" (CAS). Whereas the authors in the "natural science" tradition are mostly European, while the cybernetics and systems researchers come from different continents, the CAS movement is predominantly American. Though it shares its subject, the general properties of complex systems across traditional disciplinary boundaries, with cybernetics and systems theory , the CAS approach is distinguished by the extensive use of computer simulations as a research tool, and an emphasis on systems, such as ecologies or markets, which are less integrated or "organized" than the ones, such as organisms, companies and machines, studied by the older tradition. Two popular science books, one by the science writer Mitchell Waldrop and one by the Nobel laureate and co-founder of the Santa Fe Institute Murray Gell-Mann, offer good reviews of the main ideas underlying the CAS approach. Another Santa Fe collaborator, the systems analyst John Casti, has written several popular science books, discussing different issues in the modelling of complex systems, while integrating insights from the CAS approach with the two older traditions. John Holland is the founder of the domain of genetic algorithms . These are parallel, computational representations of the processes of variation, recombination and selection on the basis of fitness that underly most processes of evolution and adaptation (Holland, 1992). They have been successfully applied to general

59. Classic Publications On Complex, Evolving Systems A Citation They aim to study all complex systems, independent of type or components. The Economy as an Evolving complex system, AddisonWesley, Redwood City CA, http://pespmc1.vub.ac.be/Papers/PublicationsComplexity.html

Classic publications on complex, evolving systems: a citation-based survey Francis HEYLIGHEN PO, Free University of Brussels, Pleinlaan 2, B-1050 Brussels, Belgium Phone: +32-2-629 25 25, Fax: +32-2-629 24 89 E-mail: fheyligh@vnet3.vub.ac.be ABSTRACT . A list of the most relevant publications on complex, evolving systems is produced by counting the number of times each publication is cited in a collection of texts on the domain. The importance of these books and papers is summarized and put into its historical context by noting the main contribution to the field of their authors, categorized by the research tradition they originated from. These include biology, physics, chemistry, mathematics, cybernetics, systems theory, economy and complex adaptive systems. Keywords : complexity, evolution, systems theory, classic publications, authors. Number of pages Figures and tables: none Introduction The field studying complex, evolving systems is young, and as such not very well established yet. It investigates the processes by which systems consisting of many interacting components change their structure in response to external or internal pressures. As such, these systems create novelty, self-organize, evolve, and adapt to a changing environment, usually generating more complexity in the process. As will become clear in the following sections, this subject has been studied by some of the best scientific minds of the 20th century , including numerous Nobel prize winners and other luminaries. However, these investigations are spread over virtually all traditional disciplines: mathematics, physics, chemistry, biology, psychology, economy, computer science, etc. A host of publications, by authors working in different disciplines, is scattered over hundreds of journals and books. This makes it difficult for people newly entering the domain to get an overview of the existing body of knowledge.

60. Center For Complex Systems Studies @ Kalamazoo College Homepage for the Center for complex systems Studies @ Kalamazoo College. http://www.kzoo.edu/physics/ccss/

last revised: September 23, 2003 web@kzoo.edu Comments for CCSS specific pages

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