Schaum's Easy Outline Applied Physics |
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Network Security Illustrated |
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Digital Animation Bible |
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All-In-One Cisco CCIE Lab Study Guide |
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| The best way to learn about internetworking is to build a system of linked networks, play with it until it breaks, build another in a different way, and repeat the process indefinitely. Only by seeing how real machines communicate across real wires can you expect to become prepared for real-life network operations (in which you attempt to do the same thing, but without the "until it breaks" part). All-In-One CCIE Lab Study Guide takes you through the experimentation process, helping you develop a sizable body of knowledge about Internet protocols and the equipment that implements them. In 86 laboratory exercises, all well-designed and thoroughly debugged, authors Stephen Hutnick and Michael Satterlee reveal the intricacies of protocols, routing, bridging, and more, as implemented on Cisco Systems gear. The exercises read like something out of a high school physics textbook, with equipment lists and specific setup instructions to follow (this is a good thing). Lists of configuration files (which also appear on the companion CD-ROM), highlight and comment on lines that are key to whatever concept the lab is meant to highlight. Then you learn how to test the configurations and what responses to expect from your experimental setup. It's a fascinating approach that's perfect if you have the equipment (sometimes considerable) needed to duplicate the configurations. It's only slightly less great if you have to read along without doing all the experiments. --David Wall Topics covered: The subjects needed to pass the Cisco Certified Internetwork Expert (CCIE) laboratory exam (the implementation of various networking protocols on Cisco products). Covered protocols include ISDN, frame relay, asynchronous transfer mode (ATM), Appletalk, IPX, and the TCP/IP suite. Detailed coverage of routing protocols (including OSPF, IGRP, EIGRP, and BGP) makes this book stand out. |
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Incident Response: Computer Forensics |
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Windows 2000 & Windows Server 2003 Clustering & Load Balan Cing |
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Networking: A Beginner's Guide |
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| There's a chapter in Networking: A Beginner's Guide called "Network Servers: Everything You Ever Wanted to Know but Were Afraid to Ask." The chapter title encapsulates this book's raison d'être. It's a compendium of network engineers' essential knowledge, the stuff you really need to have a handle on to build, operate, and grow local area networks (LANs) and wide area networks (WANs). Author Bruce Hallberg lays down a lot of conceptual material and then takes a three-pronged approach to implementation specifics. For Novell NetWare 5, Microsoft Windows 2000 Server, and Linux 2.2.x (particularly in its Red Hat Linux 6.1 form), the reader will find specific directions for setting up and running a particular kind of network infrastructure. One might wish for more information on setting up services (such as Samba under Linux, which isn't covered), but you'll likely want to buy at least one other book dedicated to the operating system you choose, and that book should cover services in detail. This book derives a lot of its value from the fact that Hallberg isn't shy about sharing his opinions. For example, he comes out against managing your own modem farm (and in favor of access via the open Internet) in most situations, citing the considerable nuisance aspect of such work and the appeal of Internet Service Provider (ISPs) technical support resources. The procedural information in this book is strong as well, but most readers will especially like the general wisdom the author shares. His approach to administration decisions is to describe his thought process, in which he identifies the relevant issues, weighs the importance of each, and investigates the suitability of competing solutions to the problem. He also uses sidebars to great effect, answering small but important questions ("What's a thread?") concisely and accurately. --David Wall Topics covered: Networking for newcomers to network administration, with emphasis on hardware, cabling, topologies, protocols, directory services, and remote access. Operations of clients and servers are detailed. Platform-specific information on Novell NetWare 5, Microsoft Windows 2000 Server, and Red Hat Linux 6.1 is also included. |
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C# Developer's Headstart |
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