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Network Factors. The shape of a network can take many different forms and
these topologies can be connected by a variety of means. ...
Network factors. The shape of a network can take many different forms and
these topologies can be connected by a variety of means. ...
... literature related to network effects broadly tackles three categories of research
questions: (1) technology adoption decisions (eg, what factors are related ...
... Network Topology: This section should include the network topology you propose for
Bead Bar and the factors that lead you to make this recommendation. ...
Marketing research on DU communication network. ... how satisfied Du customers are overall
with the quality of their service and various factors that make up their ...
Submitted by krigupta on April 20, 2008
Category: Technology
Words: 339 | Pages: 2
Views: 39
Popularity Rank: 111,396
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The shape of a network can take many different forms and these topologies can be connected by a variety of means. The differing topologies are Mesh, Bus, Ring and Star and each one will be examined and the advantages and disadvantages explored. These networks can be connected via Ethernet, Token Ring, Fiber Distributed Data Interface (FDDI) or wireless. Each of the connection methods will also be analyzed and the differences will be explained.
The term network topology refers to the physical layout of computers, cables, and other components that make up a network. The choice of one topology over another is important for the network professional and will have an impact on the type of equipment the network needs, the capabilities of the equipment, the growth of the network and the way the network is managed. The different types of topologies each require different communication methods and these will also have an influence on the network.
The first topology to be discussed is the bus topology. It consists of devices that are connected to a common shared cable. The bus topology is the simplest and most common method of networking computers with the computers set up in a straight line. The single cable that feeds all of the computers is known as the trunk (also called backbone or segment) and connects all of the network computers in a single line. The computers communicate by addressing data to a certain computer and sending out the data onto the cable via electronic signals. The signal is sent out on the bus and only the computer whose address matches the address encoded in the original accepts the information. A disadvantage of the bus topology is that only one computer can send data at a time and this limits the number of computers that can be on the network. The more computers on the bus, the more computers will be waiting to put data on the bus and slow down network performance. Another disadvantage is that if the trunk breaks or is becomes...
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