TCP/IP Networking

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In London-City

£ 825 + VAT

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Description

  • Type

    Course

  • Location

    London-city

The TCP/IP Networking course introduces the delegate to the main concepts of TCP/IP. It describes the structure of the TCP/IP Protocol suite and the functions and Protocols at each layer Who will the Course Benefit? Anyone who needs to design and implement a small TCP/IP Network. The TCP/IP Networking course is also suitable for delegates who need an understanding of TCP/IP and are required to maintain a network. There are no formal pre-requisites, although knowledge and understanding of UNIX/LINUX is advantageous, as the course is built around TCP/IP and UNIX/LINUX. Learning Objectives To provide the skills necessary for the delegate to design, build and test a small TCP/IP Network, comprising of three subnetworks and two routers. The delegate will learn how to trace and rectify faults on the network. Skills Gained The delegate will gain an understanding of: The four layers of the TCP/IP Protocol suite and the functions of each layerIdentify the needs of, and the purpose of each of the protocols at each layerThe common applications used with TCP/IPConfigure a router using static routing and RIPSub-netting an IP Address rangeThe common network commands to troubleshoot a TCP/IP NetworkTCP/IP tracing at all levels, and diagnosing of network problemsSharing resources across a network using NFS

Facilities

Location

Start date

London-City ((select))
EC3V 9LJ

Start date

On request

About this course

Understanding of an operating system is essential.

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Subjects

  • Network Training
  • TCP
  • IP
  • Design
  • Protocol
  • Network
  • Unix
  • TCP-IP
  • Linux
  • Networking
  • Access

Course programme

Course Contents - DAY 1Course Introduction

  • Administration and Course Materials
  • Course Structure and Agenda
  • Delegate and Trainer Introductions
Session 1: OVERVIEW OF TCP/IP
  • Origins of TCP/IP
  • Internet and Internetwork
  • TCP/IP and the OSI Model
    • Network Interface Layer
    • Network Layer
    • Transport Layer
    • Application Layer
  • Communication Using TCP/IP
  • Exercise: Installing a NIC
  • Exercise: Configuring IP Address and Subnet Mask
Session 2: NETWORK INTERFACE LAYER
  • Interface Layer Protocols
    • Ethernet
    • Token Ring
    • Token Bus
    • Fibre (FDDI)
    • Serial Line Interface Protocol (SLIP)
    • Point-to-Point Protocol (PPP)
Session 3: NETWORK LAYER PROTOCOLS
  • Network Layer Protocols
    • IP
    • ARP/RARP
    • ICMP
    • IGMP
  • Internet Protocol (IP)
    • Addressing
    • Classfull IP Addressing
    • Class A Networks
    • Class B Networks
    • Class C Networks
    • Class D and E Networks
    • Summary of IP Addresses
    • Subnet
    • Extended Network Prefix
    • Subnet Mask
    • Subnet Design Considerations
    • Subnet Examples
    • Variable Length Subnet Mask
    • Classless Inter-domain Routing (CIDR)
  • Routing Principles
    • Routing Tables
    • Static Routing
  • Routing Information Protocol (RIP)
  • Open Shortest Path First Protocol (OSPF)
  • Internal/External Routing Protocols
    • Interior Gateway Protocol (IGP)
    • Exterior Gateway Protocol (EGP)
  • Address Resolution Protocol (ARP)
  • Reverse Address Resolution Protocol (RARP)
  • Exercise: Exercise on Addressing
Course Contents - DAY 2Session 4: NETWORK LAYER PROTOCOLS
  • Transmission Control Protocol (TCP)
    • Sockets
    • TCP Port Numbers
    • TCP Header
    • Functions of each Field
  • User Datagram Protocol (UDP)
    • UDP Header
    • Functions of each Field
  • Summary of TCP and UDP
Session 5: APPLICATION LAYER PROTOCOLS
  • Telnet
    • Client/Server Telnet
    • Telnet Network Virtual Terminal (NVT)
    • Telnet Command
  • File Transfer Protocol (FTP)
    • Data Type
    • File Structure
    • Transmission Mode
    • FTP Command Summary
  • Simple Mail Transfer Protocol (SMTP)
    • Sender SMTP
    • Receiver SMTP
    • Mail Address
  • Domain Name System (DNS)
    • Popular Domains
  • Simple Network Management Protocol (SNMP)
  • Dynamic Host Control Protocol (DHCP)
Session 6: NETWORK SECURITY AND REMOTE COMMANDS
  • Network security
    • /etc/hosts.equiv
    • .rhosts
  • rlogin - remote Login
  • rcp - remote copying of a file
  • rsh/rcmd - remote commands over a network
  • rwho/rusers - who is on the network
  • User commands - Manual Pages
    • finger - display information about local and remote users
    • rcp - remote file copy
    • rlogin - remote login
    • rusers - who is logged in on remote machines
    • rwho - Who is logged in on local machines
Session 7: NFS AND NIS OVERVIEW
  • Network File System (NFS)
    • NFS Servers and Clients
    • NFS File Systems
  • About the NFS Environment
  • How NFS Works
  • Setting up NFS
    • Servers
    • Clients
    • Mounting File Systems at Boot
    • showmount - Display Remote Mounts
    • share - Make Local Resource available
    • export - Old terminology
  • Debugging NFS Systems
    • rpcinfo
  • Differences Between NFS and Standard UNIX/LINUX
    • No su Over a Network
    • Cannot Access Remote Devices
    • Cannot Access Different File Systems
    • Cannot Access Indirect File System
    • Clocks
  • Network Information System (NIS)
Session 8: IMPORTANT RFCs
  • An introduction to some important RFCs.
Session 9: FTP TRACE
  • Following a sample FTP Trace taken from a live connection.
Session 10: TCP/IP SET UP AND TESTING
  • A look at common commands used in setting up and testing an IP Network.
  • Exercises:
    1. Designing and setting up a network composed of three subnets.
    2. Configuring two routers.
    3. Configure and set up NFS.
    4. Configure and set up the automounter to automatically mount a user's home directory on login.

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TCP/IP Networking

£ 825 + VAT

The best Network Administration courses

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