After completing TCP/IP: Introduction to TCP/IP Concepts, the user should be able to:
| Identify relationships between the OSI reference, Microsoft networking, and TCP/IP network models |
| Describe the impact of the Internet and TCP/IP on global communications |
| Convert IP addresses into binary numbers and vice versa |
| Configure simple subnet masks |
| Identify processes in the Application layer of the TCP/IP network model |
|
TCP/IP Overview
| Using TCP/IP and Windows NT |
| Historical development of TCP/IP |
| Standardizing TCP/IP with Requests for Comments (RFCs) |
Using TCP/IP and IP Addresses
| Using TCP/IP |
| Reading IP addresses |
| Identifying IP address classes |
Introduction to Microsoft Networking
| Identifying the OSI reference model layers |
| Using the five Microsoft networking model layers |
| Processing data through the Microsoft layers |
The TCP/IP Model
| Describing the components of the Application layer |
| Overview of TCP and UDP in the Transport layer |
| Explaining the four protocols in the Internet layer (IP, ARP, ICMP, and IGMP) |
| Overview of the Network Access layer |
The TCP/IP Application Layer
| Getting into the WinSock process |
| Using the NETSTAT command |
| Overview of NBT and the NBTSTAT command |
| Overview of Name Resolution |
|
This course is distributed with:
| Simulations that allow users to practice course skills, even if they don't have access to a TCP/IP server product |
| A TCP/IP glossary |
|