TCP/IP: Introduction and Advanced provides a basic understanding of the configuration, communication, and management of one of the most widely used internetworking protocols and the backbone of today's Internet.
Hardware/Software Requirements
You will need:
- There are no hardware or software requirements to offer this course.
Delivery Method
Instructor-led, group-paced, classroom-delivery learning model with structured, hands-on activities.
Performance-Based Objectives
- Describe how and why the TCP/IP protocol suite was invented.
- Define the similarities and the differences between the OSI model
and the TCP/IP model.
- Describe how TCP/IP addresses are structured.
- Describe the format of TCP/IP headers.
- Describe the functions of the prevalent TCP/IP protocols, ports,
and sockets.
- Define the concept of subnetting and why it is used.
- Describe the functions of the TCP/IP routing protocols.
- Describe how Classless InterDomain Routing (CIDR) or supernetting
helps conserve addresses.
- Define how multicasting works and the future of TCP/IP Ipv6.
Course duration
3 Days
Course outline
- Lesson 1: Introduction to TCP/IP
- Topic 1A: Overview of the History of TCP/IP
- Topic 1B: Overview of TCP/IP Architecture
- Topic 1C: Supporting the Internet
- Topic 1D: OSI Reference Model
- Lesson 2: The TCP/IP Model vs. the OSI Model
- Topic 2A: OSI Model versus the TCP/IP Model
- Topic 2B: The OSI and TCP/IP Layers
- Lesson 3: IP Addressing
- Topic 3A: Fundamentals of IP Addresses
- Topic 3B: Allocation of IP Addresses for Private Networks
- Topic 3C: Address Resolution Protocol
- Topic 3D: BOOTP
- Topic 3E: DNS and Domain Structure
- Lesson 4: IP Protocol, UDP and TCP Packets, Ports and
Sockets
- Topic 4A: The IP Protocol
- Topic 4B: Ports and Sockets
- Topic 4C: TCP
- Topic 4D: How TCP Handles Connections
- Topic 4E: UDP
- Lesson 5: TCP and UDP Protocols, Ports, and Sockets
- Topic 5A: Overview of TCP and UDP
- Topic 5B: TCP Applications
- Topic 5C: UDP Applications
- Topic 5D: ICMP Overview
- Lesson 6: Subnetworks (Subnets)
- Topic 6A: Why Subnets Are Used
- Topic 6B: Subnet Masks
- Topic 6C: Logical AND for Subnets
- Topic 6D: Subnetting Scenarios
- Lesson 7: IP Routing
- Topic 7A: Routing Basics
- Topic 7B: Distance-vector Routing
- Topic 7C: Link-state Routing
- Lesson 8: CIDR/Supernetting
- Topic 8A: CIDR, or Supernetting
- Topic 8B: EGP and BGP-4
- Topic 8C: NAT
- Topic 8D: VPN
- Lesson 9: IP Multicasting and IPv6
- Topic 9A: Overview of IP Multicasting
- Topic 9B: Overview of IPv6
