61. Download Details: ADTD The Microsoft Active Directory topology Diagrammer reads an Active Directory configuration using ActiveX Data Objects (ADO), and then automatically http://www.microsoft.com/downloads/details.aspx?familyid=cb42fc06-50c7-47ed-a65c

62. VICOMSOFT Network Security : Topology topology The InterGate Firewall/Router sits at the edge of your network This means that your network has 100% firewall protection. Firewall topology http://www.vicomsoft.com/products/firewall/topology.html

var mNme = 'PRODUCTSmnu'; var lnkNme='BTN5_3'; var prntDv='BTN1pdv'; var dv1='netsecdiv'; var dv2='firediv'; Home Products Downloads Company Support Contact us Library Channels Network Security InterGate Policy Manager Instant Messaging Features Specification Topology Web Content Filtering Features Specification Internet Threat DB Topology Email Spam Features Specification Topology Reporting Features Specification Topology Firewall/Router Features Specification Topology Complete Features at a glance Complete Specification at a glance Datasheets Other Products From Vicomsoft DHCP FTP Client (Mac OS X) Terminal Emulation Our Mission Business Profile Contact Vicomsoft News And press information Careers Opportunities at Vicomsoft Channels For partnering Testimonials And references FAQ's Product Updaters Application Notes Lost Software Support Contracts Contact Support Documentation Request Online Presentation Firewall FAQ's Topology The InterGate Firewall/Router sits at the edge of your network monitoring all incoming and outgoing traffic. It examines all Internet traffic regardless of the type of application, and allows or disallows each packet based on detailed criteria provided by you at installation time. All network traffic must pass through the InterGate Firewall/Router, as there is no physical access to the Internet otherwise. This means that your network has 100% firewall protection. Download Order Request Online Presentation Home Test a site Products Downloads ... Reproduction in electronic and written form is expressly forbidden except for personal use.

63. Topology Of Protein Structures Provides articles and FAQ explaining cartoon depictions, atlas of tertiary arrangements of polypeptides within predicted crystal. Includes server for upload http://www.tops.leeds.ac.uk/

64. Linkages Site After a short introductory to topology, we implicitly construct configuration spaces for a certain family of machines, which turn out to be, http://www.math.toronto.edu/~drorbn/People/Eldar/thesis/

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65. Aaron Brown / PerfSONAR_PS-Topology-Common-0.03 - Search.cpan.org perfSONAR_PStopology-Common-0.02 16 Jan 2008 perfSONAR_PStopologyCommon, A module that provides various utility functions for topology http://search.cpan.org/~perfsonar/perfSONAR_PS-Topology-Common-0.03/

Home Authors Recent News ... Feedback in All Modules Distributions Authors permalink Aaron Brown perfSONAR_PS-Topology-Common-0.03 This Release perfSONAR_PS-Topology-Common-0.03 Download Browse 18 Jan 2008 Latest Release perfSONAR_PS-Topology-Common-0.06 Download Browse 21 Jan 2008 Other Releases perfSONAR_PS-Topology-Common-0.05 21 Jan 2008 perfSONAR_PS-Topology-Common-0.04 19 Jan 2008 perfSONAR_PS-Topology-Common-0.02 16 Jan 2008 perfSONAR_PS-Topology-Common-0.01 16 Jan 2008 Links CPAN Testers Discussion Forum View/Report Bugs (0) Tools CPAN Testers PASS (40) [ View Rating (0 Reviews) [ Rate this distribution License Unknown Special Files Changes LICENSE MANIFEST META.yml ... README Modules perfSONAR_PS::Topology::Common A module that provides various utility functions for Topology structures. perfSONAR_PS::Topology::ID A module that provides various utility functions for Topology IDs. hosted by perl.org , hardware provided by Shopping

66. Topology And Its Applications topology and its Applications is a research journal devoted to many areas of topology, and is published by Elsevier Science B.V. in Amsterdam. http://www.math.ucsb.edu/~long/TAIA/TopApp.htm

Aims and Scope Instruction to Authors Preparation of Manuscripts TAIA Home ... Topology and its Applications is a research journal devoted to many areas of topology, and is published by Elsevier Science B.V. in Amsterdam. The journal, which began in 1971, has published over one hundred volumes. The Editors-in-chief of the journal are Professor Jan van Mill (Amsterdam) and Professor Jerry E. Vaughan (Greensboro). They and four managing editors will handle submissions. The journal will publish 27 issues in 2004; an issue contains about 110 pages. Aims and Scope of the Journal The journal is primarily concerned with publishing original research papers. However, a limited number of carefully selected survey or expository papers will also be included. The mathematical focus of the journal will be that suggested by the title, research in topology. It is felt that it is inadvisable to attempt a definitive description of topology as understood for this journal. Certainly the subject includes the algebraic, general, geometric, and set-theoretic facets of topology as well as areas of interaction between topology and other mathematical disciplines, e.g., topological algebra, topological dynamics, functional analysis, category theory, etc. Since the roles of various aspects of topology continue to change, the non-specific delineation of topics serves to reflect the current state of research in topology. The journal occasionally publishes "Special Issues." Typically these are centered around a particular topic, research related to the works of an individual, or papers presented at a focused research conference. There is a list of

67. Market-topology.com Provides visualization tools of the stock market fluctuations. http://www.market-topology.com/

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68. BRITE: Boston University Representative Internet Topology GEnerator Tool for generation of realistic internet topologies, with export to several network simulators (currently ns2, JavaSim, and SSFNet). http://www.cs.bu.edu/brite/

Overview Documentation Download People ... Contact Overview BRITE is no longer supported by its developers, but questions can be asked on the brite-users mailing list. Effective engineering of the Internet is predicated upon a detailed understanding of issues such as the large-scale structure of its underlying physical topology, the manner in which it evolves over time, and the way in which its constituent components contribute to its overall function. Unfortunately, developing a deep understanding of these issues has proven to be a challenging task, since it in turn involves solving difficult problems such as mapping the actual topology, characterizing it, and developing models that capture its emergent behavior. Consequently, even though there are a number of topology models, it is an open question as to how representative the topologies they generate are of the actual Internet. Our goal is to produce a topology generation framework which improves the state of the art and is based on design principles which include representativeness, inclusiveness, and interoperability. Representativeness leads to synthetic topologies that accurately reflect many aspects of the actual Internet topology (e.g. hierarchical structure, degree distribution, etc.).

69. TransPAC2.net Topology The diagram below illustrates the topology and a portion of the network interconnects available at each location. For a complete listing of available http://www.transpac2.net/topology.php

Transpac2 Topology The TransPAC2 network is comprised of an OC-192 SONET circuit between Japan and the US. In addition, the TransPAC2 network collaborates closely with the NII and NICT agencies in Japan, assisting in the procurement of high speed circuits to Hong Kong and Singapore. The diagram below illustrates the circuit topology. The Japanese side of the circuit lands at the APAN Tokyo XP on a Juniper T640 router. The T640 maintains connections to the rest of the Tokyo XP switched and routed infrastructure. In Los Angeles, the circuit terminates on a TransPAC Juniper T320 router co-located with KDDI-America APAN and Pacific Wave webpages. TransPAC2 LA Rack Topology Home Events Applications NOC ... Latest News 12th January 2008 TransPAC2 annual report is now available here 3rd December 2007 TransPAC2 Workplans updated. 1st October 2007 TransPAC2 Meeting in San Diego at Fall Internet2 Members Meeting. NOC - Contact the NOC Global NOC Statistics TickMON ... The Osaka University Research Center for Ultra High Voltage Electron Microscopy (UHVEM) Last Modified: June 22 2007 15:39:35. Contact the webmaster;

70. MIT OpenCourseWare | Mathematics | 18.901 Introduction To Topology, Fall 2004 | Introduces topology, covering topics fundamental to modern analysis and geometry. Topological spaces and continuous functions, connectedness, compactness, http://ocw.mit.edu/OcwWeb/Mathematics/18-901Fall-2004/CourseHome/

skip to content Home Courses Donate ... Mathematics Introduction to Topology 18.901 Introduction to Topology Fall 2004 A standard example in topology called "the topologist's sine curve." (Image courtesy of Prof. James Munkres.) Course Highlights This course features supplementary lecture notes and two types of assignments Course Description This course introduces topology, covering topics fundamental to modern analysis and geometry. It also deals with subjects like topological spaces and continuous functions, connectedness, compactness, separation axioms, and selected further topics such as function spaces, metrization theorems, embedding theorems and the fundamental group. Staff Instructor: Prof. James Munkres Course Meeting Times Lectures: Two sessions / week 1.5 hours / session Level Undergraduate Feedback Send feedback on this course. RSS Feeds Site Map Your use of the MIT OpenCourseWare site and course materials is subject to our Creative Commons License and other terms of use.

71. Network Topology Introduction Get Computer network topology overview and learn how computers get connected, physical and logical design. http://www.networktutorials.info/topology.html

Configure a Network Communication Devices IT Certifications Computer Glossary ... Links An Overview of Computer Network Topology Physical Topology means the physical design of a network including the devices, location and cable installation. Logical Topology refers to the fact that how data actually transfers in a network as opposed to its design. Topology can be considered as a virtual shape or structure of a network. This shape actually does not correspond to the actual physical design of the devices on the computer network. The computers on the home network can be arranged in a circle shape but it does not necessarily mean that it presents a ring topology. Computer network topologies can be categorized in the following categories. Hybrid networks are the complex networks, which can be built of two or more above mentioned topologies. Bus Topology Bus topology uses a common backbone to connect all the network devices in a network in a linear shape. A single cable functions as the shared communication medium for all the devices attached with this cable with an interface connector. The device, which wants to communicate send the broadcast message to all the devices attached with the shared cable but only the intended recipient actually accepts and process that message.

72. Order Parameters, Broken Symmetry, And Topology Order Parameters, Broken Symmetry, and topology. James P. Sethna. Laboratory of Atomic and Solid State Physics, Cornell University, Ithaca, NY, 148532501 http://www.lassp.cornell.edu/sethna/OrderParameters/Intro.html

Order Parameters, Broken Symmetry, and Topology James P. Sethna Laboratory of Atomic and Solid State Physics, Cornell University, Ithaca, NY, 14853-2501 Abstract: We introduce the theoretical framework we use to study the bewildering variety of phases in condensed-matter physics. We emphasize the importance of the breaking of symmetries, and develop the idea of an order parameter through several examples. We discuss elementary excitations and the topological theory of defects. Paper published originally in 1991 Lectures in Complex Systems, Eds. L. Nagel and D. Stein, Santa Fe Institute Studies in the Sciences of Complexity, Proc. Vol. XV, Addison-Wesley, 1992. Sections Introduction Identify the Broken Symmetry Define the Order Parameter Examine the Elementary Excitations ... Lecture 2: Meissner Effects and Constraints (pdf) Introduction As a kid in elementary school, I was taught that there were three states of matter: solid, liquid, and gas. The ancients thought that there were four: earth, water, air, and fire, which was considered sheer superstition. In junior high, I remember reading a book called The Seven States of Matter . At least one was ``plasma'', which made up stars and thus

73. OpenP2P.com -- Distributed Systems Topologies: Part 1 A review of the essential frameworks for distributed networks used today. http://openp2p.com/pub/a/p2p/2001/12/14/topologies_one.html

Sign In/My Account View Cart Articles Weblogs ... Subscribe to Newsletters Distributed Systems Topologies: Part 1 by Nelson Minar The peer-to-peer explosion has reminded people of the power of decentralized systems. The promise of robustness, open-endedness, and infinite scalability have made many people excited about decentralization. But in reality, most systems we build on the Internet are largely centralized. This two-part article develops a framework for comparing distributed system designs. In this first part, I boil down the design of many systems to their essential topologies and describe how hybrid topologies can be made by combining parts. In the second part, I will introduce seven criteria for evaluating a system design and discuss the relative merits of distributed system designs. Looking at topology The peer-to-peer trend has renewed interest in decentralized systems. The Internet itself is the largest decentralized computer system in the world. But ironically in the 1990s many systems built on the Internet were completely centralized. The growth of the Web meant most systems were single web servers running in fabulously expensive collocation facilities. Now with peer-to-peer, the pendulum has swung the other way to radically decentralized architectures such as Gnutella . In practice, extreme architectural choices in either direction are seldom the way to build a usable system.

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