- Identify TCP/IP services. - Examine the TCP/IP architecture. - Identify how Internet Protocol (IP) runs over various lower-layer technologies. - Identify the principles followed for IP addressing.
Network managers, network administrators, software developers, and technical support personnel who want to learn about and use TCP/IP.
Kurs 12771 - Networking Technologies Series: TCP/IP Concepts and Architecture
This course is the first in a three-part series on Transmission Control Protocol/Internet Protocol (TCP/IP). In this course, participants will learn about the basic concepts and architecture of TCP/IP. Topics covered will include an overview of TCP/IP, wide area point-to-point protocols, LAN technologies, packet networks, and IP addressing.
CEU credits: 0.70 CEUs
Unit 1: TCP/IP Overview 2 - 3 hours
- Identify the advantages of using connection-oriented over connectionless communication.
- Match the TCP/IP application services with their uses.
- Identify the advantages of multiple-layered protocols.
- Match the different layers in the OSI model with the tasks performed by them.
- Arrange the different layers of the TCP/IP protocol suite based on their descriptions.
- Identify the characteristics of IP routing.
- Sequence the steps used by TCP/IP to implement the authentication security issues.
- Sequence the steps used by TCP/IP to implement the message integrity security issues.
- Match the symmetric, asymmetric and combined encryption methods used to implement confidentiality of information with their characteristics.
Unit 2: Physical and Data Link Technologies 2 - 3 hours
- Match the fields in the HDLC frame format with the tasks they are used to perform.
- Identify the features of the Internet Point-to-Point Protocol (PPP).
- Sequence the steps in CHAP authentication.
- Identify the uses of SLIP.
- Identify the features of DIX Ethernet.
- Match the fields in 802.3 frame with their uses.
- Match 802.4, 802.5, and FDDI LAN technologies with their features.
- Identify the tasks and characteristic of the packet networks such as X.25, frame relay, Switched Multi-Megabit Data Service (SMDS) and Asynchronous Transfer Mode (ATM).
- Identify the features of the X.25 networks.
- Match the fields in frame relay with their uses.
- Identify the features of SMDS.
- Identify the features of ATM technology.
Unit 3: Naming and Addressing 2 hours
- Identify the features of Internet domain names.
- Match the IP address classes with the address specification.
- Identify the situations in which reserved IP addresses are used.
- Identify the functions that must be supported within a host that is a member of one or more multicast groups.
- Identify the rules for translating multicast names to addresses.
- Identify the benefits of subnetting.
- Identify the subnet mask to be used for a given situation.
- Identify the features of supernet addressing.
- Identify the fields in the ARP message content format.
- Sequence the steps in Reverse Address Resolution Protocol (RARP).
- Sequence the process of proxy ARP.
Each student has access to the course for a period of 6 months from the day of enrollment in the course.