TCP/IP Introductory
Overview This course is designed to provide fundamental information about TCP/IP Duration - 2 Days.
Who will benefit
All those seeking to enter into TCP/IP environments.
Prerequisites
None.
By the end of the course delegates will be able to describe:
By the end of the course delegates will be able to describe: • The OSI Concept • OSI Layers • The role of Communications Layers • Multiplexing, the PDH Hierarchy, and its limitations • The role of the ITU-T • The different equipment and topologies used within the SDH Network • Hardware Components and position • The role of the overheads and pointers • The use of Functional Blocks • The use of Concatenation • The use of Synchronization • The various methods of Protection • Network Management • Transportation of other Technologies
Course Content
Introduction TCP/IP Protocols. TCP/IP Introduction. Connecting autonomous networks. Addressing scheme development. Address Resolution Protocol. Requests For Comments (RFC). Domain Name Service (DNS). Autonomous networks access Internet. Internet primarily uses TCP/IP. Internet Hierarchy. IP Addressing and Issues IP Addressing. Binary Notation. IP Address Classes. Special IP Addresses. CIDR. TCP/IP Protocol Stack and OSI Model ISO/OSI Seven Layer Model. TCP/IP Protocol Stack. TCP/IP Terminology. Internet Layer. IP Datagram Options. User Datagram Protocol (UDP). Transmission Control Protocol (TCP). Address Resolution Protocol (ARP). Reverse Address Resolution Protocol (RARP). Interior and Exterior Routing Protocols.	Commonly know TCP/IP Protocols TELNET. Simple Mail Transfer Protocol (SMTP). File Transfer Protocol (FTP). Trivial File Transfer Protocol (TFTP). IP V6 IP Version 6. What's wrong with IPv4? Increased Address Space. Improved Routing. Security and Authentication. Ease of Migration from IPv4. Support of real-time Communications.