61. Homepage Of Complex System Modeling & Control Lab complex system Modeling Control Lab (CSMCL). Advisor Prof. Weibo Gong.Graduate student homepage Yong Liu Jinghua Hu Cliff Zou (Changchun Zou). http://tennis.ecs.umass.edu/

Advisor: Prof. Weibo Gong Graduate student homepage: Yong Liu Jinghua Hu Cliff Zou (Changchun Zou) Songling Cai ... ECE 634 homepage

62. Design Rationale For Complex System Documentation Translate this page 51. Design Rationale for complex system Documentation. Saïd Tazi,LIS, Universite de Toulouse 1 David G. Novick, Eurisco. Abstract. http://lis.univ-tlse1.fr/tazi/Recherche/Publications/doc_nimes98.html

Lettres de l'Intelligence Artificielle , combined volumes 134-236, 49-51. Design Rationale for Complex System Documentation Saïd Tazi LIS , Universite de Toulouse 1 David G. Novick , Eurisco Abstract Documentation of a complex system like an aircraft requires a model that enables tracing of decisions made by the author(s). The authors need to be able to include not only the information content deriving from the design but also communicative intentions-the traces of various design choices by the designers and the authors. In this paper, we suggest an authoring model capable of incorporating different kinds of knowledge in an authoring environment for technical documentation. The model is based on the idea of discourse acts and enables representation of intentions in addition to the domain content. We show how this model can be used in the case of documentation of procedures for commercial aircraft. Keywords : Technical documentation, traceability, design rationale, speech acts, domain acts, meta acts Résumé La documentation d'un système complexe comme un avion a besoin d'une modélisation qui puisse garder les traces des décisions prises par les auteurs. Il est nécessaire de donner aux auteurs la possibilité d'y intégrer non seulement le contenu informationnel selon les spécifications des concepteurs, mais aussi les intentions de communication, les traces des différents choix de décision des concepteurs et des auteurs. Dans cet article nous proposons une modélisation de l'activité de rédaction pour pouvoir incorporer différents types de connaissances dans un système d'aide à la rédaction de la documentation technique. Ce modèle est basé sur la théorie des actes de discours, il permet de représenter aussi bien les intentions que le contenu propositionnel. Nous montrons comment ce modèle peut être utilisé dans la cadre de la documentation des procédures de pilotages d'avion civils.

63. 9023 - COMPLEX SYSTEM, QUICK TURNAROUND 9023 complex system, QUICK TURNAROUND Customer Need A high outputmilitary application where continuous operation is critical. http://www.ensignpower.com/9023.html

Custom Solutions: Some of Our Loyal Customers Ensign Power Systems can meet all your power needs. 9023 - COMPLEX SYSTEM, QUICK TURNAROUND Customer Need: A high output military application where continuous operation is critical. The customer working through another company found themselves at the critical design review with no power supply. The application is a torbedo threat warning system in a British submarine requiring multiple redundant power modules and hot spare capacity. The customer needed an immediate solution and turned to Ensign Power Sytems. Ensign Solution: Over 20 years of experience in power supplies allowed us to deliver the first form-fit-function power supply that normally takes 6-9 months in only 13 weeks. Although not an ideal schedule, we recognized the importance of meeting our customer's critical needs and responded in full urgency. The power supply, a 3U high, 19-in. rack mount design, provides +5V @ 158A, + 12V @ 14A, and -12V @ 7A with N +1 redundancy, input power factor correction and battery backup for 50 seconds. The power supply has four power modules and will provide full power output with any three modules. A control module provides output monitoring, battery charging, and system interface for power supply status. See Complete Specifications See Next Solution © 2001 Ensign Power Systems, Inc.

64. Complex Systems Survey, Index Page Extensive index compiled at U od NM http://psych.NMSU.Edu/~linda/complex/

PSL Survey of Complex Systems Research Page 0: Index of Pages Index U.S. Groups Non-U.S. Groups Project Pages ... Misc. Resources Page 1: Complex Systems Groups: U.S. Page 2: Complex Systems Groups: Non-U.S. Page 3: Project Pages and Group Research Interests Page 4: Software and Commercial Services Page 5: Lab Main Pages, People, and Related Groups Page 6: Neural Nets, Autonomous Agents, Fuzzy Systems, Time Series Analysis, and Computational Biology Page 7: Societies, Conferences, Journals, Newsgroups, and FAQs Page 8: Tech Reports, Bibliographies, Papers On-Line Page 9: Miscellaneous Resources: Links, Lists, Archives, Collections

65. Citations: The Economy As An Evolving Complex System - Anderson, Arrow, Pines (R Anderson, P W., KJ Arrow, and D. Pines, eds, (1988), The Economy as an evolvingcomplex system, Addison Wesley, Redwood City CA. 16 citations found. http://citeseer.nj.nec.com/context/50272/0

16 citations found. Retrieving documents... P. Anderson, K. Arrow and D. Pines, eds., The Economy as an Evolving Complex System (Redwood City, CA: Addison-Wesley), 1988. Home/Search Document Not in Database Summary Related Articles Check This paper is cited in the following contexts: Foresight, Complexity And Strategy - David Lane And (1994) (2 citations) (Correct) ....is the 9 The new sciences of complexity are concerned with describing and explaining phenomena associated with emergence and self organization. For an engaging introduction to some of these ideas, see [6] while [7] provides a synthesis of recent developments from the biological perspective. relate aspects of complexity to economics. 10 Just what this world ought to be called is still under negotiation by the agents that are playing a part in its construction. Some refer to it as the information superhighway , while others prefer a more prosaic description as the merging of voice, .... P. Anderson, K. Arrow and D. Pines, eds., The Economy as an Evolving Complex System (Redwood City, CA: Addison-Wesley), 1988.

66. Complex System Research Project@`ƒVƒ~ƒ ƒŒ[ƒVƒ‡ƒ“` The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set. http://www.fuji-ric.co.jp/prom/complex/complex_index.html

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67. JDEVS, DEVS OO Modeling And Simulation Toolkit For Ecosystem Modeling. Software as framework for a Phd thesis on Natural complex system modeling and simulation Java environment based on Object Oriented, includes devs simulation engine, a GUI and XML models. The site also contains publication on the project. http://spe.univ-corse.fr/filippiweb/

Home Publications Software People ... Links Home of the JDEVS toolkit for discrete event modeling and simulation JDEVS enables discrete-event, general purpose, object-oriented, component based, GIS connected, collaborative, visual simulation model development and execution . Big Island (hawaii) 3D Catchment basin applet ! uses java ava3d (download) [to use it, click open, ok and run] Then you can move using the 3 buttons of your mouse. You can also click on the map during the run to see where it flows] see also a 3d export in VRML) Launch a 2D applet here Both applet works with the JDevs simulation engine. and are a cellular DEVS models. Also a Neural Net Applet to predict Catchman bassin flow. [ Topic ] Developping a new methodology for modeling and simulation of natural complex systems using Neural networks and discrete event simulation linked with a GIS for data handeling. "Développement d'une technique hybride de modélisation de systémes naturels complexes utilisant les modèles connexionnistes et orientés objets couplées à un système d'information géographique"

68. Life As A Complex System Welcome to GEM Life as a complex system. Previous Messages. All the best! Frederick.Course Synopsis. Module code title GEM1530K, Life as a complex system. http://chaos.nus.edu.sg/Teaching/GEM1530K/home.html

Welcome to GEM - Life as a complex system [Messages] [Schedule] [Exam/Assesment] [Syllabus] ... [Tutorials] Under Construction In this module, we will look at a range of fascinating phenomena found in Biology, Chemistry and Physics where the combination of often relatively simple elements leads to unexpected and intriguing behaviors. It will be shown how the various disparate subject fields can cross-fertilize each other and how the complex systems viewpoint can provide a unifying perspective to the observations. References to current publications and a systematic reading of a research-book by leading scientists will provide a first-hand impression of recent activities in the field. Below , please find the course synopsis for your reference. All the materials relevant to this course will be posted on this web site and I hope you will work with me to make this course web site as instructive as possible. Links to the lectures, practicals, tutorials etc, can be found in the panel to your left. Important messages will be posted here. Messages Date Posted Message Nov 11, 2002

69. CampSmalltalk: MicroCosmos : A Simulation Framework To Study Complex System (Swa MicroCosmos a Simulation Framework to study complex system (Swarmlike).A simulation framework to study complex systems (self-organized http://wiki.cs.uiuc.edu/CampSmalltalk/MicroCosmos : a Simulation Framework to st

Edit Rename Upload Download ... MicroCosmos : a Simulation Framework to study complex system (Swarm-like) A simulation framework to study complex systems (self-organized) multi-agent oriented (a Swarm-like !), with full-featured visualisation system, and the ability to use the full reflective power of squeak... aka MicroCosmos project (swarm in squeak, GPL Licence) Samir Saidani Edit Rename Upload ... Back to Top

70. Advanced Technologies For Complex System Design Advanced Technologies for complex system Design. Dr. Richard Newton, Dr.Andrew Mayer, Dr. Wray Buntine (DARPA) DABT6395-C-0074-NEWTON-06/96. http://www-cad.eecs.berkeley.edu/Respep/Research/weld/ilp/ilp97/mayer.html

Advanced Technologies for Complex System Design Dr. Richard Newton, Dr. Andrew Mayer, Dr. Wray Buntine (DARPA) DABT63-95-C-0074-NEWTON-06/96 The Electronic Design Automation (EDA) industry is struggling to adapt its methodologies to the ever-increasing complexity of modern electronic design problems. However, considerable evidence suggests that existing tools and techniques will not scale, and that continued industry growth will require fundamental methodological changes. UC Berkeley's WELD project is pioneering the attack on the EDA problems of tomorrow, with the goal of creating a new, scalable architecture for complex system design. Our efforts are concentrated on the two major sources of complexity: the managerial complexity of coordinating an ever-increasing number of humans involved in high-level design and the technical complexity of optimizing for orders-of-magnitude increases in number of deep-submicron physical components for low-level design. At the high-level, WELD aims to construct the first operational prototype of a Internet-wide complex systems design environment. The goal is to enable collaboration between humans distributed over different areas of specialization, geography and time. Towards this end we have concentrated on the technologies of Java and the World Wide Web, and are experimenting with new visualization tools and user interface and groupware paradigms. In addition, we are developing the software infrastructure which will allow such applications to interoperate.

71. The World-Wide Web Virtual Library: Complex Systems complex systems resources and links http://complex.csu.edu.au/complex/library/

Charles Sturt University, 1995-2000 "Complex systems" concerns the nature and consequences of interactions and non-linearities in systems of many objects. It includes topics such as artificial life, cellular automata, chaos, criticality, evolutionary computation, fractals, parallel computation, self-organization." Contents: Virtual Library Submissions Search Related Libraries ... Opportunity to participate in UNESCO Encyclopaedia project Information is categorised by subject. (See also http://www.w3.org/vl/ Complex Systems Virtual Library Listed by Topic Listed by Resources provided Listed by Country Submission Please fill in our submission form if you maintain online information that is not included in these lists. Search Complex Systems Virtual Library Type in the text string to find and press Enter Related Virtual Libraries Bio Sciences Computing Demography and Population Studies Engineering ... Statistics More information: Complex Systems Virtual Library Manager

72. IDS Scheer -- Complex System Landscapes ARIS Integrator for Vitria ®. Processoriented Integration of IT-Applications.complex system Landscapes. Today’s system landscapes http://www.ids-scheer.com/sixcms/detail.php/13895

ARIS Integrator for Vitria Process-oriented Integration of IT-Applications Complex System Landscapes Today’s system landscapes are becoming more heterogeneous and more difficult to understand all the time. For example, additional CRM or SCM solutions are added to the one or more ERP systems already in a company. Modern B2B-solutions have been added to the landscape in recent years, but older legacy systems are also still in use. Integrated solutions that enable seamless e-business are expected to evolve unaided from the enormous number of patchwork applications. Enterprise Application Integration (EAI) represents a very promising approach for precisely this situation. However, technology alone is not sufficient to master the task of integration. Process orientation is the key to success, focussing as it does on the process logic of commercial operations, and thus protecting the economic objectives of integration. Facts Process-oriented Application Integration Added Value through Process-oriented EAI Areas of Application Technical Requirements Print Outs Factsheet ARIS Integrator for Vitria Presentation ARIS Integrator for Vitria Click-through ARIS Integrator for VITRIA Our Customers Customers Customer Statements Success Stories Contact Order Infos Send e-mail

73. Complex System Up. Example of a complex, high quality radon system installation. AnnArbor, Michigan. PostMitigation Radon Reading 1.9 picoCuries/liter http://www.radonpro.com/Radon/Fixing/complex_system.htm

Site Search Can't find it? Send e-mail to get help from a real person. ^ Up Example of a complex, high quality radon system installation. Ann Arbor, Michigan Post-Mitigation Radon Reading: 1.9 picoCuries/liter Exterior view. The vacuum fan is enclosed in the white shroud (soon to be painted brick red). The pvc exhaust stack was painted prior to installation. Exhaust meets all EPA guidelines, being 10 feet above ground, above the eave and at least 2 ft above the nearby window. A 90 degree elbow is mounted at the top to keep the moist exhaust from blowing on the structure. In this grand old home, bearing walls divide the basement and subslab areas into four major zones, each of which required a separate radon collection point. Here we see the riser from one of the four points, with tees going off to other points. Toward the right end of the horizontal run is a valve used for balancing the gas flows within the system. Our system is threaded through this morass of piping. One of those horizontal runs is ours. Subtle point: no u-trap sections allowed; these would collect condensate, create burbling noises, and compromise the system's effectiveness. Here is the point where the system exits the basement. Note the pressure gauge on the riser, telling that the fan is working. This system also includes a plug-in digital monitor/alarm that displays the radon reading and beeps if the system fails and the radon level climbs above the EPA guideline.

74. Carry Out Diagnosis Of Complex System Faults - Product Page , AUR66208A. Price,15.95, 1877038-05-9, Carry Out Diagnosis of complex system Faults AUR66208A, 15.95,...... Title, Carry Out Diagnosis of complex system Faults. http://www.softwarepublications.com.au/SoftwarePublications/SimpleProductCatalog

75. Block Diagram, Complex System, Reliability Block Diagram...System Reliability Te System Reliability Terms including Block Diagram, ComplexSystem, Reliability Block Diagram and more http://www.weibull.com/knowledge/rel_glossary_sr.htm

Discussion Resources Software Corporate Reliability Glossary Alphabetical Listing Subject Listing System Reliability Terms Block diagram A diagram that represents how the components, represented by "blocks," are arranged and related reliability-wise in a larger system. This is often but not necessarily the same as the way that the components are physically related. Complex system A block diagram that cannot be reduced to series and/or parallel systems. Decomposition method A method for determining the reliability of complex systems. The decomposition method is an application of the law of total probability, which involves choosing a "key" component and then calculating the reliability of the system twice: once as if the key component failed and once as if the key component succeeded. These two probabilities are then combined to obtain the reliability of the system, since at any given time the key component will be failed or operating. Event space method A method for determining the reliability of complex systems. With the event space method, all mutually exclusive events are determined. The reliability of the system is simply the probability of the union of all mutually exclusive events that yield a system success (the unreliability is the probability of the union of all mutually exclusive events that yield a system failure). Path-tracing method A method for determining the reliability of complex systems. With this method, every path from a starting point to an ending point is considered. Since system success involves having at least one path available from one end of the

76. The Complexity And Artificial Life Research Concept For Self-Organizing Systems Introduction to complex systems and selforganisation by CALResCo - International Research Group http://www.calresco.org/

Welcome to for Self-Organizing Systems This site is dedicated to modern systems thinking in all its various forms an on-line educational activity of CALResCo , for scientist, artist and humanist, young and old Click here to read our Complex Systems teachings Specialisms Generalisms Applications ... Site Search Facility Here we will introduce the integrating sciences of Complex Systems and of ALife together with related systems areas. We'll also pursue the wider social implications of these transdisciplinary theories of self-organization on mind, art, spirit and life as it could be... Are these the eagerly awaited questions behind "Life, the Universe and Everything" ? Not quite... Even our infinite improbability drive can't take you there. But on this site, effects drive causes, answers pose the questions, science and values merge and we take trips into strange new worlds, travelling in an unreal Phase Space within hidden dimensions. Fiction ? You may well think so. Yet everything here is pure science, with lots of art and philosophy thrown in free, reflecting what's striking and best in recent research (our own and that of others) in the new contextual sciences of Complexity Theory plus associated fields. This is the creative and very human world of tomorrow.

77. Complex Systems complex systems. In many cases it is not easy to recognize which componentsare in series and which are in parallel in a complex system. http://www.weibull.com/SystemRelWeb/complex_systems.htm

Complex Systems In many cases it is not easy to recognize which components are in series and which are in parallel in a complex system. The following network is a good example of such a complex system: Figure 17 (System Reliability)- Example of a complex system. As the figure illustrates, this system cannot be broken down into a group of series and parallel systems (this is primarily due to the fact that component C has two paths leading away from it). Several methods exist for obtaining the reliability of a complex system: Decomposition method. Event space method. Path-tracing method. Decomposition Method The decomposition method is an application of the law of total probability. It involves choosing a "key" component and then calculating the reliability of the system twice: once as if the key component failed ( R = 0) and once as if the key component succeeded ( R = 1). These two probabilities are then combined to obtain the reliability of the system, since at any given time the key component will be failed or operating. Using probability theory, the equation is: Illustration of the Decomposition Method Consider three units in series.

78. Welcome To Union Biometrica Technically complex system solutions for use in multicellular organism research. http://www.unionbio.com/

News Flash Bead-based ultra-HTS up to 1,000,000 Compounds/day Why Model Organisms? See Applications for: Worms Flies Fish Seeds ... Publications

79. Complex Systems Research On Parallel Computers complex systems research is a multidisciplinary field covering the gamut from Physics, Mathematics, Computer Science, Biology to Economics http://parallel.hpc.unsw.edu.au/rks/docs/parcomplex/

80. Research Group Of Molecular Complex System JAPANESE ENGLISH* RGMS Department of Physics (C)Research Groupof Molecular complex system. Department of Physics Tokai Univ. http://bosei.cc.u-tokai.ac.jp/~naoki-ko/memory/mashimo.html

The MEMORIES of Satoru Mashimo Œ¤‹†Œo—ð JAPANESE ENGLISH RGMS Department of Physics (C)Research Group of Molecular complex System Department of Physics Tokai Univ. Computer Center Seiichi Sudo E-mail: 9jspd001@keyaki.cc.u-tokai.ac.jp Please mail to me your thoughts and opinions!!

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