TRANSLATION_PAGE
http://info.babylon.com/config/BIS/online_reply_templates/
info.babylon.com
http://info.babylon.com/onlinebox.cgi?cid=TRANSLATION_PAGE&defurl=http://www.babylon.com/definition/&gpurl=http://www.babylon.com/dictionary/&rt=ol
French
Italian
Spanish
Dutch
Portuguese
German
Russian
Japanese
Chinese (S)
Greek
Turkish
Hebrew
Other
Croatian
constellation
configuration
http://www.babylon.com/definition/
http://www.babylon.com/dictionary/
network topology
Wikipedia English - The Free Encyclopedia
http://info.babylon.com/onlinebox.cgi?rt=GetFile&uri=!!ARV6FUJ2JP&type=1&index=11
This article uses material from <b>Wikipedia<sup>®</sup></b> and is licensed under the <a href="http://en.wikipedia.org/wiki/Wikipedia:Text_of_the_GNU_Free_Documentation_License">GNU Free Documentation License</a>
<DIV><div><b>Network topology </b> is the study of the <i>arrangement</i> or <i>mapping</i> of the elements (links, nodes, etc.) of a network, especially the physical (real) and logical (virtual) interconnections between nodes .</div><div><p/>A local area network (LAN) is one example of a network that exhibits both a physical and a logical topology. Any given node in the LAN will have one or more links to one or more other nodes in the network and the mapping of these links and nodes onto a graph results in a geometrical shape that determines the physical topology of the network. Likewise, the mapping of the <i>flow of data</i> between the nodes in the network determines the logical topology of the network. It is important to note that the physical and logical topologies <i>might</i> be identical in any particular network but they also may be <i>different</i>.</div></DIV>
<BR><TABLE><TR><TD width="40"><IMG src="http://info.babylon.com/onlinebox.cgi?rt=GetFile&uri=!!ARV6FUJ2JP&type=0&index=8336"/></TD><TD>See more at Wikipedia.org...</TD></TR></TABLE>
Telecommunication Standard Terms
http://info.babylon.com/onlinebox.cgi?rt=GetFile&uri=!!XVQ3V8DTBT&type=1&index=11
The specific physical, <I>i.e.,</I> real, or logical, <I>i.e.,</I> virtual, arrangement of the elements of a network . <I>Note 1:</I> Two networks have the same topology if the connection configuration is the same, although the networks may differ in physical interconnections, distances between nodes, transmission rates, and/or signal types. <I>Note 2:</I> The common types of network topology are illustrated <I>[refer to the figure on this page]</I> and defined in alphabetical order below:<BR><BR><B>bus topology:</B> A network topology in which all nodes, <I>i.e.,</I> stations, are connected together by a single bus. <B>fully connected topology:</B> A </A> network topology in which there is a direct path (branch ) between any two nodes. <I>Note:</I> In a fully connected network with n nodes, there are n(n-1)/2 direct paths, <I>i.e.,</I> branches. <I>Synonym</I> <B>fully connected mesh network.<BR></B><BR><B>hybrid</B> <B>topology:</B> A combination of any two or more network topologies. <I>Note 1:</I> Instances can occur where two basic network topologies, when connected together, can still retain the basic network character , and therefore not be a hybrid network. For example, a tree network connected to a tree network is still a tree network. Therefore, a hybrid network accrues only when two basic networks are connected and the resulting network topology fails to meet one of the basic topology definitions. For example, two star networks connected together exhibit hybrid network topologies. <I>Note 2:</I> A hybrid topology always accrues when two different basic network topologies are connected.<BR><BR><B>linear topology:</B> <I>See</I> <B>bus topology</B> <B>.</B><BR></B><BR><B>mesh topology:</B> A network topology in which there are at least two nodes with two or more paths between them.<BR><BR><B>ring</B> <B>topology:</B> A network topology in which every node has exactly two branches connected to it.<BR><BR><B>star topology:</B> A network topology in which peripheral nodes are connected to a central node , which rebroadcasts all transmissions received from any peripheral node to all peripheral nodes on the network, including the originating node. <I>Note 1:</I> All peripheral nodes may thus communicate with all others by transmitting to, and receiving from, the central node only. <I>Note 2:</I> The failure of a transmission line , <I>i.e.,</I> channel , linking any peripheral node to the central node will result in the isolation of that peripheral node from all others. <I>Note 3:</I> If the star central node is passive, the originating node must be able to tolerate the reception of an echo of its own transmission, delayed by the two-way transmission time , <I>i.e.,</I> to and from the central node, plus any delay generated in the central node. An active star network has an active central node that usually has the means to prevent echo-related problems. (188 )<BR><BR><B>tree topology:</B> A network <U>topology that,
WordNet 2.0
http://info.babylon.com/onlinebox.cgi?rt=GetFile&uri=!!P8YDXW3J0T&type=1&index=11
<HR><B><FONT color='blue'>Noun</FONT></B><BR>1. the configuration of a communication network<BR><FONT color='blue'> (synonym) </FONT>topology<BR><FONT color='blue'> (hypernym) </FONT>configuration, constellation<BR><FONT color='blue'> (hyponym) </FONT>bus topology, bus<BR>