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Course Outline
Objectives:
- Articulate the concepts of encapsulation, de-encapsulation, and modularity within the TCP/IP protocol stack.
- Identify and interpret the specific fields and flags present in the IP header.
- Distinguish and explain the characteristics of IP address classes A, B, and C.
- Apply subnet masks to accurately determine the network segment of an IP address.
- Outline the distinctions between classful and classless IP addressing schemes.
- Explain the functioning of an IP router, along with the mechanisms of static and dynamic routing.
- Compare and contrast distance vector (RIP) and link-state (OSPF) routing protocols.
- Demonstrate a clear understanding of IP subnetworking principles.
- Elucidate the concepts of supernetting, VLSM, and CIDR.
- Describe the role of ICMP and utilize ping and traceroute as essential network connectivity diagnostic tools.
- Explain the application of DHCP for dynamic IP address assignment.
- Describe and utilize ARP to map IP addresses to MAC addresses.
- Elaborate on the critical role of DNS within TCP/IP network environments.
- Identify and analyze the fields and flags found in TCP and UDP headers.
- Explain how TCP ensures end-to-end reliability across inherently unreliable IP networks.
- Describe and explain the mechanisms of congestion avoidance in TCP/IP networks.
- Provide a thorough overview of Transport Layer Security (TLS).
Practical Exercises:
Lab Exercise 1: Connectivity Verification and Testing.
Lab Exercise 2: Implementation of DHCP and DNS.
Lab Exercise 3: Inspection of ARP Cache.
Lab Exercise 4: Analysis of Fragmentation.
Lab Exercise 5: Utilization of Traceroute.
Lab Exercise 6: Routing Configuration.
Lab Exercise 7: Subnetting Application.
Lab Exercise 8: TCP Options Analysis.
Lab Exercise 9: TLS Configuration and Verification.
28 Hours
Testimonials (1)
communication, knowledge from experience, solve problems,
