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actually executes on the server, giving the user the appearance of local execution. Data files modified by the user are also stored on the server, resulting in a significant improvement in data management, cost control, security, and software harmonization compared to the peer-to-peer design. This also means that client devices can be relatively inexpensive, because they need very little in the way of onboard computing resources. The server, on the other hand, is really a PC with additional disk, memory, and processor capacity so that it can handle the requests it receives from all the users that depend on it. Needless to say, client-server architectures are more common than peer-to-peer architectures in corporate environments today.
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So when should Ethernet be used as opposed to token ring Both have their advantages and disadvantages, both have solid industry support, and both are manufactured by any number of respectable, well-known players. CSMA/CD (for all intents and purposes, Ethernet) is far and away the most widely deployed LAN technology because it is simple, inexpensive, and capable of offering very high bandwidth to any marketplace, including residential. I am writing this in my home office on a PC that is connected to a 100 Mbps Ethernet LAN that ties together three PCs and a couple of printers, and the total cost of the network including the router and firewall that protects the machines from intrusion due to the always-on connection through the cable modem was less than $200. Most businesses use Ethernet today because most businesses have normal traffic flows office automation traffic and the like. For businesses that experience constant, bandwidth-intensive traffic such as that found in engineering firms, architectural enterprises or businesses with other graphics-heavy traffic, token ring may be a better choice, although there are those who will argue. Businesses that already have a large installed base of IBM hardware may also be good candidates for token ring, since it integrates well (for obvious reasons) into IBM environments. Even still, Ethernet is ruling the roost.
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Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.
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It would be irresponsible of me to write a book like this without at least mentioning the content that rides on today s networks. The section that follows explores multimedia and all its many flavors. Multimedia is the primary driving force for bandwidth today; an understanding of what it is and where it is going is important. Besides, it s fascinating stuff.
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The World of Multimedia
In the last decade a revolution has taken place in visual applications. Starting with simple, still image-based applications such as gray-scale facsimile, the technology has diverged into a collection of visually oriented applications that include video and virtual reality. Driven by aggressive demands from sophisticated, applications-hungry users and fueled by network and computer technologies capable of delivering such bandwidth-and-processor-intensive services, the telecommunications industry has undergone a remarkable metamorphosis as industry players battle for the pole position. Why this rapid growth Curt Carlson, vice president of information systems at the David Sarnoff Research Institute in Princeton, New Jersey, observes that more than half of the human brain is devoted to vision-related functions an indication that vision is our single most important sense. He believes that this rapid evolution in image-based systems is occurring because these are the systems that people actually need. First we invented radio, he observes, then we invented television. Now we are entering what we call the age of interactivity, in which we will . . . merge all of those technologies and add the element of user interaction. Vision is one of the key elements that allow us to create these exciting new applications. Indeed, many new applications depend on the interactive component of image-based technologies. Medical imaging, interactive customer service applications, and multimedia education are but a few.
Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.
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