Learn how to install, manage, and maximize business LANs! Fully updated to reflect the latest developments in the field, this comprehensive, business-oriented guide presents all the information you need to successfully implement and trouble-shoot LAN-based client/server information systems. Inside, you'll find in-depth, up-to-the-minute coverage of the theory, concepts, technology, installation, and management of business LANs. Most importantly, this new Second Edition underscores solutions to LAN challenges faced in today's business environments. Business cases in every chapter will help you develop effective analytical and design skills. Working models, such as the OSI Model, Top Down Model, and Client/Server Architecture Model, provide you with an effective framework for approaching problems and finding solutions. And an accompanying CD-ROM includes a wealth of background material on client/server information systems. This new edition now features coverage of such cutting-edge LAN developments and technologies as:
� Gigabit ethernet and full duplex net architectures
� CAT 5 Level 5, 6, and 7
� NIC configuration
� LAN character and line encoding schemes
� SNA/LAN integration and Layer 3 and Layer 4 switching
� Enterprise remote access servers
� Bandwidth management
� Cryptographic accelerators and security architecture development methodology
� and more
James E. Goldman is Principle Author and currently Professor and Assistant Department Head for Telecommunications and Networking Technology at Purdue University. An award-winning teacher, he is the only faculty member in the history of the School of Technology to win all three school-level teaching awards. He is author of bestselling textbooks, including Applied Data Communications: A Business-Oriented Approach, 2/e (Wiley, 1998) and Client/Server Information Systems: A Business-Oriented Approach (Wiley, 1999). He maintains an active consulting practice and is a Microsoft Certified Systems Engineer. Phillip T. Rawles is Co-author and Assistant Professor of Telecommunications and Networking Technology at Purdue University. His primary areas of interest are network systems administration, enterprise network management, and network simulation and optimization. He has been involved in developing or significantly redeveloping courses at Purdue, mainly in local area networking, systems administration, and enterprise network management.
LOCAL AREA NETWORK INFRASTRUCTURE. Local Area Networks: A Business Perspective. Local Area Network Architectures. Local Area Network Hardware. Network Layer Communications Protocols. LOCAL AREA NETWORK SOFTWARE. Local Area Network Operating Systems. Novell Netware. Windows NT (2000). Unix. Middleware. Client/Server Application Development and Integration. Local Area Network Applications Software. LOCAL AREA NETWORK CONNECTIVITY. Network Design Using TCP/IP. Local Area Network Interworking. Remote Access and Wireless Networking. LOCAL AREA NETWORK ADMINISTRATION. Local Area Network Management. Local Area Network Security. Glossary. Index.