Universal Resource Location

Appendix B provides a brief listing of information sources currently available on the World Wide Web (WWW), subject-sorted into a total of 91 WWW Universal Resource Locator (URL) links in 16 categories. Other links and information may be obtained from CA-related newsgroups such as comp, theory. cell-auto, comp.ai, comp.ai.alife and comp.ai.genetic. Additional resources may be found at the author s website at the Center for Naval Analyses http //www.cna.org/isaac. 

Some pharmaceutical mamrfacturers are implementing extranet web-enabled applications established with suppliers and business partners. Extranet includes Virtual Private Networking (VPN) and offer cheaper Web solutions. Remote node access is achieved using a client with a browser connected to a corporate Web address or Universal Resource Locator (URL). The challenge is ensuring security across the Internet link. A secure session or tunnel is established between the VPN server and the end user workstation. Internet Service Providers (ISPs) and telecommunications carriers are endeavoring to provide a managed extranet/VPN service to corporate subscribers. A major benefit of Web-enabled applications is the ability to recover from disaster scenarios. Business Continuity Plans can actively make use of such applications. 

Expanding access to computers and networks represents a resource which should not be overlooked. There are two Universal Resource Locators that represent a sound starting point for obtaining safety related resources available on the internet. First, the full text version of the Biosafety in Microbiological and Biomedical Laboratories, 3rd edition, March 1993 may be accessed at http //www.cdc.gov/od/ ohs/biosfty/bmbl-l.htm. Another excellent starting point is the Occupational Safety and Health Administration home page at http // www.osha.gov, which allows access to multiple sources of information, as well as a listing of Safety and Health Internet Sites. 

URL is short for universal resource locator. It is the address that you type in when you are looking for a particular website. For example, http // www.open.ac.uk will take you to the website of the Open University, UK. If you do not know the URL you can use a search engine like Google, Yahoo or Lycos, to search for the name of the site. The name will usually be displayed with the URL. You can then click on the URL to get to the site. 

The Universal Resource Locator is a general addressing scheme that tdlows uneunbiguous reference to any public object (or service), of any type, available on the Internet. It was originedly invented for the Word Wide Web, but today URL addressing is used in many other Internet applications. Examples of different URLs include ... 

Universal Resource Locators (URLs), 244, 245 University of Arkansas, 1860, 1861 University of California at Irvine, 174 University of CaMfomia at Los Angeles, 238 University of CaMfomia at Santa Barbara, 238 University of Connecticut, 739 University of Michigan, 1062... 

Both fractions and whole numbers led to ideas that are essentially data structures. For fractions, see the universal resource locators in the bibliography. For whole numbers, addition of a long list of large numbers vertically arranged is a much easier matter than all in a row, if they are written in Arabic numerals. 

Web documents may consist of textual material ora number of other forms, such as graphics, stUl or moving images, or audio clips. Within a document there will be material to be displayed and usually one or more links, which in a text document appear as highUghted words or phrases, or as icons. The Unks point to other documents located elsewhere on the Web by means of a URL (universal resource locator), which contains information specifying, for example, the network address of the device holding the document and the local index entry for that document. Activating a Unk will result in the display of the requested document. 

As with any resource on the World Wide Web, new websites related to neural networks are coming into existence and others are disappearing. When the proofs for this chapter were being checked and revised, the Universal Resource Locations (URLs) for this appendix were tested. Connections could not be made to more than one-third of the URLs in our original list. Only URLs that... 

In the framework, personal information nodes are the basic EMR data elements. All information nodes join together to form a data-oriented P2P network, called data grid, which acts a distributed information repository of medical records. Each node within the grid has a universal resource locator (URL) address, which may be registered to a central registry. By providing a URL and appropriate authentication, any EMR service can access any information node. 

Text entry should be limited Methods should be followed to reduce the instances where the user needs to enter long text data (e.g., a long universal resource locator [URL]). A list of commonly entered text messages will be available. 

The most recent medium for obtaining information on the Internet is through the World Wide Web (WWW or simply Web). A sampling of Universal Resource Locations (URL) of WWW servers of particular interest to computa-... 

Table 1 Sampling of Universal Resource Location (URLs) for World Wide Web Server Home Pages of Interest to Computational Chemists... 

Currently the online database consists of reaction details for 11 neutral species reacting with a broad selection of atomic metal ions, as well as a table of selected plasma matrix ion reactions. Also, various tables of thermodynamic data and physical property data are presented. The universal resource locator (URF) for the database Web page is http //www.chem.yorku.ca/profs/ bohme/research/rese arch.html. 

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