Description
Taylor & Francis Ltd Networking Systems Design And Development 2010 Edition by Lee Chao
Effectively integrating theory and hands-on practice, Networking Systems Design and Development provides students and IT professionals with the knowledge and skills needed to design, implement, and manage fully functioning network systems using readily available Linux networking tools. Recognizing that most students are beginners in the field of networking, the text provides step-by-step instruction for setting up a virtual lab environment at home. Grounded in real-world applications, this book provides the ideal blend of conceptual instruction and lab work to give students and IT professionals a quick start in developing network systems using the Linux operating system. Leaving nothing to chance, it provides readers with detailed guidance through the many hands-on exercises. Highlights fundamental networking concepts and theoriesAddresses the server and client sides of Linux-based networking Includes comprehensive lab exercises that use Ubuntu GUN/Linux Supplies professors with instructions and resources to create and manage online computer labs as well as supplemental instructional materials Provides an effective, low-cost alternative to traditional proprietary-based network systemsCreating and maintaining a fully functioning enterprise network system doesn't have to be expensive. This self-contained text provides readers with the tools to create their own networks using open source materials-and the virtual lab environment to develop problem-solving skills that will serve them well in their careers. Linux Networking OverviewOverview of Linux Operating SystemsBrief HistoryLinux DistributionsLinux NetworkingLinux Network ArchitectureLinux Networking Tasks and Network ToolsBook FrameworkNetwork Protocols Application Layer ProtocolsTransport Layer ProtocolsTransmission Control Protocol (TCP)User Datagram Protocol (UDP)Internet Layer ProtocolsInternet Protocol (IP)Internet Control Message Protocol (ICMP)Address Resolution Protocol (ARP) IP Security (IPSec)Internet Routing ProtocolsNetwork Interface Layer ProtocolsNetwork Protocol GraphNetwork TechnologiesNetwork TypesLocal Area NetworkEthernetFibre ChannelWide Area NetworkInternetWireless NetworkNetwork MediaModulationMultiplexingTwisted-Pair WireOptical FiberWireless Transmission MediaNetwork DevicesNetwork Interface CardsNetwork SwitchesNetwork Routing EquipmentNetwork DesignNetwork DesignRequirement InvestigationLogical Network ModelIP Addressing and Routing StrategySecurity PolicyPlanning for Physical ImplementationIPv4 IP AddressingSpecial IP AddressesPrivate and Public IP AddressingIPv6 AddressingUnicast IP AddressMulticastAnycastSubnetsReasons for Using SubnetsSubnet MasksNetwork SubnettingClassless Inter-Domain Routing (CIDR)Network ServicesUser AccountsUsers and GroupsDynamic Host Configuration Protocol (DHCP)Dynamic IP Address Assignment ProcessDHCP ConfigurationName ServicesNaming HierarchyDNS Server HierarchyName Resolution ProcessDNS ZonesTypes of DNS RecordsRoutingConnecting Networks with RoutersRouting TableUpdating Routing TableRoute CalculationLink State Routing AlgorithmDistance Vector Routing AlgorithmRouting across NetworksLinux Network Resource SharingNetwork File System (NFS) NSF Technology OverviewNFS ConfigurationSharing Network with WindowsSamba Features and ApplicationsConfiguration of Samba ServicesRemote Access through VPNVPN Technology7.4.1.1 Internet Protocol Security (IPSec)Secure Sockets Layer (SSL) VPNPoint-to-Point Tunneling Protocol (PPTP) VPN ConfigurationNetwork Address Translation (NAT)NAT TechnologyNAT Application and ConfigurationInternet Services Web ServicesHypertext Transfer Protocol (HTTP)Web ServersWeb Server ConfigurationFile Transfer ServiceFTP Connection8.3.3 FTP Commands8.3.4 FTP ConfigurationE-Mail Service8.4.1 E-Mail System8.4.2 E-Mail Transfer8.4.3 E-Mail Service ConfigurationNetwork SecuritySecurity IssuesNetwork Security PoliciesIntrusion into Computer SystemsIntrusion into NetworksComputer VirusesNetwork Security MeasuresSecurity TechnologiesIntrusion Detection System (IDS)IP Security (IPSec)Remote Authentication Dial In User Service (RADIUS)Secure Shell (SSH)Secure Sockets Layer (SSL)Wi-Fi Protected AccessNetwork FirewallsFirewall RulesFirewall TypesFirewall ArchitecturesNetwork Resource ManagementUser Account ManagementUser ManagementGroup ManagementDirectory Service ManagementNetwork Device Resource ManagementViewing Device InformationDevice Management DaemonsHardware Abstraction Layer (HAL)User Device (udev)Kernel ManagementWireless Networks Wireless Network TechnologiesWi-Fi TechnologyWiMAX TechnologyInfraredBluetoothWireless Network DevicesLinux-Compatible Wireless Network DevicesLinux CompatibilityWireless Device ChipsetsWireless Device DriversNDISwrapperWireless Network Configuration ToolsViewing Wireless Network Device InformationConfiguration of Wireless Network DevicesMobile NetworksMobile LinuxMobile DevicesMobile NetworkMobile Network SystemFirst-Generation Mobile NetworkSecond-Generation Mobile NetworkThird-Generation Mobile NetworkUniversal Mobile Telephone Service (UMTS)CDMA2000Mobile Network beyond Third GenerationIndexEach chapter begins with an Introduction and concludes with a Summary