121. OO Type Theory Listing of information about research on type systems for objectoriented programming. (Laurent Dami) http://cuiwww.unige.ch/OSG/research/Hop/types.html

OO Type Theory This page collects information about research on type systems for object-oriented programming. People Related information sources Please forgive any inaccuracies or omissions, and direct your suggestions or complaints to dami@cui.unige.ch People F-sub, Calc. of primitive objects , Baby Modula-3 AIKEN Alexander Illyria Solving systems of type constraints BOURDONCLE Francois Multi-methods BRUCE Kim TOOPLE, PolyTOIL typed higher-order OOPLs, with matching (as an alternative to subtyping). CARDELLI Luca F-sub, Calc. of primitive objects Obliq Records, variants, subtyping, second-order lambda calculus, record calculi. CASTAGNA Giuseppe Multi-methods, covariance vs. contravariance, overloading. CHAMBERS Craig Self Cecil Multi-methods, Modules systems DAMI Laurent Lambda-N, HOP Dynamic binding and name-based interaction, records, variants DROSSOPOULOU Sophia types for Smalltalk, covariant method override, type soundness of Java DUGGAN Dominic existential types, polymorphic methods, dynamic types, module-based mixins FISHER Kathleen delegation-based obj. calculus

122. The Math Forum - Math Library - Systems Theory This page contains sites relating to Systems theory. Browse and Search theLibrary Home Math Topics Operations Research Systems theory. http://mathforum.org/library/topics/systems_theory/

Browse and Search the Library Home Math Topics Operations Research : Systems Theory Library Home Search Full Table of Contents Suggest a Link ... Library Help All Sites - 5 items found, showing 1 to 5 Cybernetics and Systems Theory - F. Heylighen; Principia Cybernetica Web General background material on the field of Cybernetics and Systems Science (also: (General) Systems Theory or Systems Research), an academic domain that touches virtually all traditional disciplines, from mathematics, technology, and biology to philosophy ...more>> Mental Model Musings - Gene R. Bellinger, OutSights Modeling and Simulation is a discipline for developing a level of understanding of the interaction of the parts of a system, and of the system as a whole. It embodies a set of disciplines that provide a foundation for understanding not only how things ...more>> SIAM Activity Groups - Society for Industrial and Applied Mathematics Activity Groups on: Control and Systems Theory; Discrete Mathematics; Dynamical Systems; Geometric Design; Geosciences; Linear Algebra; Optimization; Orthogonal Polynomials and Special Functions; Supercomputing, etc. Rules of Procedure, Initiation and ...more>> Synergetics on the Web - Kirby Urner, 4D Solutions

123. CSNSF Provides educational programs and information on Bowen theory and the study of family systems. Features mission statement, links and newsletter. http://csnsf.org/

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124. IEEE Circuits And Systems (CAS) Society Focuses on the theory, analysis, design (computer aided design), and practical implementation of circuits, and the application of circuit theoretic techniques to systems and to signal processing. http://www.ieee-cas.org/

http://ewh.ieee.org/soc/icss/ http://ewh.ieee.org/soc/icss/

125. UTCS Machine Learning Research Group Research on General Inductive Learning, Inductive Logic Programming, Natural Language Learning, Qualitative Modeling Diagnosis, Learning for Planning and Problem Solving. Recommender Systems and Text Categorization Student Modeling for Intelligent Tutoring Systems Text Data Mining theory and Knowledge Refinement. http://www.cs.utexas.edu/users/ml/

Machine Learning Research Group University of Texas at Austin Department of Computer Sciences Artifical Intelligence Laboratory Positive Examples: Negative Examples: Machine learning is the study of adaptive computational systems that improve their performance with experience. The UT Machine Learning Research Group focuses on applying both empirical and knowledge-based learning techniques to natural language processing, text mining, recommender systems, inductive logic programming, knowledge and theory refinement, planning, and intelligent tutoring. For pictures of the group click here Faculty Raymond J. Mooney mooney@cs.utexas.edu Graduate Students Sugato Basu sugato@cs.utexas.edu Misha Bilenko mbilenko@cs.utexas.edu ... ywwong@cs.utexas.edu

126. The Quantum Universe: An Information Systems Perspective A brief, richly illustrated paper that weaves together recent thinking from several subject matter experts, and produces an interesting new theory about the nature of our perceived universe. Thought provoking material for both physicists and information systems professionals. http://critical-path.itgo.com/Articlesanscover.html

Free Web site hosting - Freeservers.com Web Hosting - GlobalServers.com Choose an ISP NetZero High Speed Internet ... Dial up $14.95 or NetZero Internet Service $9.95 The Quantum Universe: An Information Systems Perspective Wm L. Duncan The purpose of this paper is to present a model of the nature of reality and our perception of the universe, applying a few principles of quantum physics. This model represents a new view of reality, utilizing principles of quantum mechanics to explain the construct of existence, as humans perceive it. It is intended to provide a mental platform from which new insights about time, space, and human perception can be obtained. Finally, the author utilizes this model to speculate about various subjects, including the nature of "reality", the passage of time, and an opportunity to detect the presence of advanced life forms in our universe. I. What is the Fundamental Element of Our "Reality"? Speculation and investigation about the nature of our universe is at least as old as recorded history. Early philosophers theorized that the most fundamental element in the universe was water. Later, as scientific knowledge began to mature, our view of the universe became more complex, and for many years there was a widely accepted belief that the four primary elements in our universe were earth, air, water, and fire. Later investigations have centered around chemical elements, then molecular structure, atomic elements, electrons, quarks, and so on.

127. Cybernetics And Stochastic Systems done in the mid 20th Century on Cybernetics (Wiener), based on the earlier work onInformation theory (Shannon), and General Systems theory (von Bertalanffy). http://www.calresco.org/lucas/systems.htm

Cybernetics and Stochastic Systems by Chris Lucas "Compared to the analytical procedure of classical science with resolution into component elements and one-way or linear causality as basic category, the investigation of organized wholes of many variables requires new categories of interaction, transaction, organization, teleology..." Ludwig von Bertalanffy "This new development has unbounded possibilities for good and for evil." Norbert Wiener , Cybernetics, 1948 Introduction Many of the concepts used within the complexity sciences derive originally from work done in the mid 20th Century on Cybernetics (Wiener), based on the earlier work on Information Theory (Shannon), and General Systems Theory (von Bertalanffy). These ideas were all attempts to quantify in a rigorous way the treatment of systems as an interdisciplinary science. In other words they were a break from the old views that specialist subjects required specialist ideas. Additionally cybernetics is concerned with the control of systems, the issues of regulation and stability that also face us in the treatment of complex systems. Most recent work on cybernetics has related to mechanical systems (e.g. robots and bionics), but these ideas have always been more general and here we shall restate their relevance to biological and social situations. Systems Systems are the lifeblood of complexity thinking and can be defined as a group of interacting parts functioning as a whole and distinguishable from its surroundings by recognizable boundaries. Systems have properties that are emergent, that are not intrinsically found within any of the component parts. They exist only at a higher level of description (e.g. an engine isn't a feature of valves, pistons, or any set of parts in isolation, they have to be suitably inter-connected).

128. Funderstanding - Systems Theory Systems theory In The Fifth Discipline, author Peter Senge detailsfive characteristics that comprise what he calls a learning http://www.funderstanding.com/systems_theory.cfm

Search ALSO SEE Whole Systems Systems Theory In The Fifth Discipline , author Peter Senge details five characteristics that comprise what he calls a "learning organization"in other words, an organization which cultivates an effective learning environment. The five traits of a learning organization are: Systems Thinking Senge defines this as examining the patterns that connect the larger system. This kind of thinking is intuitive. In fact, children pick it up almost instantly. Personal Mastery The key to this trait is to continually clarify and deepen our personal vision, focus our energies, develop patience, and see reality objectively. Shared Vision This occurs when a group collectively develops a "picture of the future." Shared vision is the sum of the personal visions of all participating individuals. It is not something a person can learn by rote; instead, it stems from a deep-seated belief. Team Learning The group IQ is higher than that of the individual. Just like in complex systems, unexpected results that are greater than the sum of their parts will emerge. However, people have to communicate with each other for team learning to take effect. Mental Models Senge attest that we must continually question the deeply ingrained assumptions, generalizations, and perceptions that influence how we comprehend and react to the world. Once we understand our biases, we can begin to examine and deconstruct them.

129. About TUCS - TUCS A research centre in Computer Science for the three universities in Turku. Research groups covers algorithmics, biomathematics, coding theory, computational intelligence for business, information systems, advanced management systems, probabilistic algorithms, software quality, programming methodology, applied artificial intelligence, strategic information systems planning, and mathematical structures in computer science. http://www.tucs.fi/

About TUCS Research Education Personnel Downloads ... Links Search our site Recent news 1st Jun 04 Tietotekniikan Tutkimussäätiö on myöntänyt vuoden 2003 väitöskirjapalkinnon FT Mika Hirvensalolle väitöskirjasta "Studies on Boolean Functions Related to Quantum Computing" 22nd Apr 04 New layout for TUCS WWW pages! Download new TUCS logos and templates from here Contact Information Turku Centre for Computer Science FIN-20520 Turku Phone: +358-2-2154204 Fax: +358-2-2410154 E-mail: tucs@abo.fi Welcome to TUCS WWW pages Turku Centre for Computer Science (TUCS) is a joint research and education centre between the University of Turku à bo Akademi University and the Turku School of Economics and Business Administration TUCS coordinates research and education in the field of Information Technology. These activities are carried out in the TUCS Master's and Graduate Schools and in the centre's own research laboratories At the departments participating in TUCS there are presently about 35 professors, 50 Ph.D. level researchers, 90 doctoral students and 2000 Master's students. The following departments participate in TUCS and its Graduate School: University of Turku Department of Information Technology Computer Science Electronics information technology Department of Mathematics Mathematics à bo Akademi University Department of Computer Science Department of Information Systems Turku School of Economics and Business Administration ... Institute of Information Systems Sciences Director of TUCS: Professor Timo Järvi , University of Turku, Dept. of I.T.

130. SIGGS Theory Model: Main Menu And Home Page SIGGS Educational Systems theory. You will find information on a theoryof education which was developed from a welldefined systems model. http://education.indiana.edu/~frick/siggs.html

Educational Systems Theory Welcome to the SIGGS home page. You will find information on a theory of education which was developed from a well-defined systems model. Both the theory and the model are complex, requiring considerable study for full comprehension. We hope that the SIGGS Web will help create a major paradigm shift in how people think about education. The SIGGS model is an integration of Set, Information, diGraph and General Systems theories. Overview Seminar on Understanding Systemic Change in Education Education system: an introduction Education theory: 201 hypotheses ... System: fundamental notions underlying SIGGS Examples of Systems Thinking Restructuring Education Through Technology Criteria for Evaluating Use of Technology in K-12 Education Transforming Education: Case Studies in Systems Thinking The Most Powerful Educational System in the World with No One in Charge ... Nonmetric Temporal Path Analysis : Subsequently renamed Analysis of Patterns in Time see Frick research Find pages with: Help : quick tips and examples, refining searches, requiring or excluding terms ...

131. No Longer Available Gives a brief overview of how a GIS is used, some of the theory behind how it operates, as well as a discussion of various applications. http://www.usgs.gov/research/gis/title.html

USGS Home Ask USGS Site Map Advanced Search This page is no longer available. See http://erg.usgs.gov/isb/pubs/gis_poster/ . Please correct your links and bookmarks. Privacy Statement Accessibility FOIA U.S. Department of the Interior ... U.S. Geological Survey URL: http://www.usgs.gov/research/gis/title.html Ask USGS Last modified: 26-Jun-2003@15:15

132. Dept. Of Condensed Matter Peter Nordlander's group investigates nonequilibrium processes in mesoscopic systems and on surfaces focus on many-electron effects. Qimiao Si specializes in the theory of strongly correlated electron systems emphasis on non-Fermi liquid behavior. projects quantum dot, Kondo, nanoparticles, high temperature superconductors http://juktan.rice.edu

133. Ergodic Theory And Dynamical Systems Ergodic theory and Dynamical Systems is a journal which focuses on a variety of research areas. http://uk.cambridge.org/journals/ets/

Home Journals Features Related Journals Journals By Title By Subject Highlights New Journals 2004 ... Advanced Search Cambridge Alerts Free journal TOC alerts New title information alerts Ergodic Theory and Dynamical Systems Edited by S. van Strien University of Warwick, UK P. Walters University of Warwick, UK Editorial Board Instructions for Contributors Advertising Rates Links Aims and Scope Ergodic Theory and Dynamical Systems focuses on a rich variety of research areas which, although diverse, employ as common themes global dynamical methods. The journal provides a focus for this important and flourishing area of mathematics and brings together many major contributions in the field. The journal acts as a forum for central problems of differential geometry, number theory, operator algebras, topological, differential and symbolic dynamics, and celestial and statistical mechanics. Print ISSN: 0143-3857 Online ISSN: 1469-4417 Full pricing details Current volume: 24:1 - 24:6, 2004 All issues View a free sample of this journal Cambridge University Press 2004.

134. UTC Online Controls Lab A set of experiments at the University of Tennessee that may be controlled through the Web to teach process control theory. http://chem.engr.utc.edu/Webres/Stations/controlslab.html

Select a system for an experiment. Voltage Temperature Speed Level (Not now available; expected to be available 15 March) Pressure Flow View Level Live (Not now available; expected to be available 21 March) Listen Live (Not now available; expected to be available 21 March) (All systems now webcast some time delay in sound is inevitable) Web-based Students' Laboratory Course Assignments Controls Systems Lab Manual Table of Contents for Lab Manual View list of waiting experiments Information on Courses Faculty Students **** CONTINUOUS IMPROVEMENT *** Chattanooga Weather Last updated 23 February 2001 Send E-Mail to Lab-Master Home Page of The University of Tennessee at Chattanooga

135. Marks Robotics Home Page Robotics, Learning, Chaos, Complexity, Systems theory. Last modified Complexity,Chaos, theory Reasoning, Systems theory, Chaos and Artificial Intelligence; http://www.cbc.umn.edu/~mwd/robot.html

Robotics, Learning, Chaos, Complexity, Systems theory. Last modified: document.write(document.lastModified); Complexity, Chaos, Theory: Reasoning, Systems theory, Chaos and Artificial Intelligence Chaos Servers Complex Systems Servers Nonlinear Systems/Dynamics Servers ... BEAM Robotics - Nervous Net Based Robotics. My BEAM Robotics site list Community/multi-agent Robotics Resources, Parts, Magazines Snake-like Robots ... Traditional CPU/computer controlled machines BEAM Robotics stuff: Member of the BEAM Robotics Web Ring Next site Skip next site Next 5 sites ... Mark D. BEAM Page - With the BEAM e-mail list info and archive. Welcome to the Solarbotics WWW page! - Great inexpensive kits to teach you the basic skills to build a ecosystem of robots!!! AM Innovations - Great explaination of microcores, and Lots of other Great information!! - Must see!! Pi Tronics Robots - Good example of building a Photovore (light seeking robot). Western Canadian Robot Games Ivar Thorson's BEAM page New: For On-line Magazines and Supplies Helpful Robotics/Electronics sites: Robotics Internet Resources Page Robot Constructors Page - Stepper motoors.

136. AJIS a refereed journal that publishes articles contributing to Information Systems theory and practice. http://www.uow.edu.au/ajis/ajis.html

The Australian Journal of Information Systems Welcome to the AJIS Home Page The Australian Journal of Information Systems is a refereed journal that publishes articles (twice per year) contributing to Information Systems theory and practice. Subscription Information AJIS Editions Editorial Board The Editor ... Links If you have any enquiries regarding the Journal, please contact Mr R. Macgregor. Comments and questions should be directed to diniz_darocha@uow.edu.au Standard and conditions apply Revised: 4th January, 1999

137. Intelligent Systems Laboratory Research Laboratory at the University of Guelph focusing on Intelligent Systems theory and applications http://wolfman.eos.uoguelph.ca/

The Intelligent Systems Laboratory The Intelligent Systems Laboratory (ISLAB) is a high-tech research facility in the School of Engineering at the University of Guelph Laboratory Facilities Current and past users of the Intelligent Systems Laboratory Frequently Asked Questions ... Intelligent Systems Laboratory

138. Self Psychology Page Information and discussion forums related to the psychoanalytic Self Psychology of Heinz Kohut, intersubjective systems theory, and other contemporary developments. http://www.selfpsychology.org/

The Self Psychology Web Site has Expanded The Self Psychology Page has moved to http://www.selfpsychology.com The International Council for Psychoanalytic Self Psychology has developed a new site at: http://www.psychologyoftheself.com Requests for this page since 5/14/2003:

139. Ariel A. Chialvo's Home Page theory and molecular simulation of aqueous electrolytes systems at extreme conditions of chemical, geochemical, and environmental interest. http://solvation.chem.ornl.gov

Welcome to Ariel Chialvo's Home Page Aqueous Chemistry and Geochemitry Group Chemical Sciences Division Oak Ridge National Laboratory Oak Ridge, TN 37831-6110 Phone: (865) 574-1252 Fax: (865) 574-4961 E-mail: chialvoaa@ornl.gov Research Interests Statistical mechanics theory and molecular-based simulation of fluid nonidealities Microscopic approaches to solvation phenomena in hydrothermal systems Solvation effects on chemical reactions Transferable potential models for molecular simulations Interpretation of scattering results via molecular simulation Field effects on fluid-phase equilibria and fluid nonidealities Molecular simulation studies of gas clathrates Isotopic effects on fluid nonidealities Honors and Professional Societies Sigma Xi American Institute of Chemical Engineers American Association for the Advancement of Science American Chemical Society ... The bottom line Updated May 25, 2004 by A. A. Chialvo ( chialvoa@ornl.gov

140. Ecometry Chaos theory is a popular name for the theory of Dynamical Systems (DS), mainly for nonlinear systems. The theory covers many aspects of the life of DS, all of them have the same characteristics, they were born, they lived and they died. http://www.geocities.com/ecometry

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