LIKE our fanpage 'BE YOURSELF!'   Table of Contents Introduction Telematics Data-communication Data-transmission Accident-proof network Network Media Network Medium Twisted-pair cable Unshielded Twisted-Pair Shielded Twisted-Pair Coaxial cable Thick coax Thin coax Fibre-optic cable Network Components Network Operating System Network Interface Card Client Server Client-Server model Local Resource Remote Resource Node Concentrator Hub Repeater Bridge Router Gateway Backbone Networks Network Topology Bus Networks Ring Network Star Network Hub Network Local Area Networks Circuit-Switched networks Packet-Switched networks Backbone Network Thinnet Network 10BASET Network Wide Area Networks The seven-layer Open Systems Interconnection Reference Model Communication Protocols Characteristics of Layered Architectures: Description of each of these layers Layer 1, the Physical Layer Layer 2, the Data Link Layer Layer 3, the Network Layer Layer 4, the Transport Layer Layer 5, the Session Layer Layer 6, the Presentation Layer Layer 7, the Application layer Characteristics of Layered Protocols IEEE LAN’s Terminology Access method’s Architecture of the IEEE 802 Standards Logical Link Control Medium Access Control 802 LAN Physical Address IEEE 802.3 Networks How Ethernet Works IEEE 802.3 Media IEEE 802.3 Frames Implementing TCP/IP over IEEE 802.3 IEEE 802.5 Networks How Token Ring Works Several reasons can be cited for Token Ring's lower popularity IEEE 802.5 Frames Protocols and Protocol Stacks Operating Dual Protocol Stacks Network Driver Interface Standard Open Datalink Interface Delivering Data Through Internetworks The way data are delivered through internetworks Multiplexing Switching Data Circuit Switching Packet Switching Bridges, Routers, and Switches Bridges Routers Switches Digital Data Services Leased line Dedicated Leased Lines Switched Digital Lines The Internet Model What TCP/IP provides Description of each of these layers Network Access Layer Internetwork Layer Host-to-Host Transport Layer Process/Application Layer Addressing, Routing, and Multiplexing IP Host Address IP Address Classes Subnets Routing The Routing Table Internet Routing Architecture The Routing Table Address Resolution RARP Protocols, Ports, and Sockets Protocol Numbers Port Numbers Sockets Names and Addresses The Host Table The Network Information Centre Host Table Domain Name Service The Domain Hierarchy Creating Domains and Subdomains Domain Names Network Information Service Remote Procedure Call Remote Procedure Call Execution External Data Representation An overview of TCP/IP components Internet Protocol Internet Control Message Protocol Transmission Control Protocol User Datagram Protocol Telnet File Transfer Protocol Simple Mail Transfer Protocol Domain Name System Simple Network Management Protocol Network File Server Remote Procedure Calls Trivial File Transfer Protocol Boot Protocol Address Resolution Protocol Reverse Address Resolution Protocol Network Time Protocol The TCP/IP Family of Protocols Transport Routing Network Address User services Gateway Protocols Others Implementing TCP/IP Multiple Protocol Stacks NetBIOS and NetBEUI Basic Input Output System NetBIOS over TCP/IP Windows Internet Name Service DNS Windows Name Resolution LMHOSTS File Lookup TCP/IP Applications Reverse Address Resolution Protocol Bootstrap Protocol Dynamic Host Configuration Protocol Network File System Simple Mail Transfer Protocol Post Office Protocol Multipurpose Internet Mail Extensions File Sharing Interaction of TCP/IP and Other Protocols Application Programming Interface Redirectors and File Sharing NOS Gateways and Servers NOS Support for Native IP Building an Internet Server Isolating the Server Providing Full Internet Connectivity A basic rule of TCP/IP security is as follows Traffic can be filtered in various ways Simple Network Management Protocol Object Identifier Hierarchy Microsoft TCP/IP Microsoft Network Protocols Microsoft Network Protocol Architecture NetBEUI Frame Protocol NWLink TCP/IP DHCP Concept and Operation Managing WINS Resolving Names on Microsoft Networks Architecture of the Windows Internet Name Service Naming versus Browsing Managing LMHOST Files Managing DNS Name Resolution with HOSTS Files Transmission Line Theory Troubleshooting TCP/IP Introduction Tree steps in tracking down the real problem are Some hints on analysing the test results are Troubleshooting TCP/IP Approaching a problem Troubleshooting Hints Diagnostic tools Testing Basic Connectivity Abbreviations Table of Figures TCP/IP Networks PDF wanted, email then Alex.Peeters@citap.be LIKE our fanpage 'BE YOURSELF!'