Ziele- Examine the services and protocols available in the Internet. - Examine the properties of the LAN and WAN protocols that enable them to work with TCP/IP. - Examine the components of Domain Name Service and the features of BOOTP and the Network Time Protocol. - Examine the features of NFS and NIS. - Examine the concepts of network management, network topologies, SNMP and MIB.
AnforderungenNetwork managers, network administrators, software developers, and technical support personnel who want to learn about and use TCP/IP.
This course is the third in a three-part series on Transmission Control Protocol/Internet Protocol (TCP/IP). The Internet, Internet Mail Protocols, how TCP/IP works with LAN and WAN protocols, the Domain Name Service (DNS), Network File System (NFS), Network Information System (NIS), and managing TCP/IP are subjects that will be covered in this course.
Deployment Options
Self-Study
Accreditation
Not applicable
Objectives
Unit 1: Internet 1.5 - 2 hours
- Identify the steps in the transmission of an e-mail.
- Identify the benefits of relaying mail.
- Sequence the command and responses between the sender and the receiver in Simple Mail Transfer Protocol (SMTP).
- Identify the ways by which MIME messages are sent by using ESMTP.
- Identify the services provided by Post Office Protocol (POP).
- Identify the benefits provided by Internet Message Access Protocol (IMAP).
- Identify the services provided by Network News Transfer Protocol (NNTP).
- Identify the features of Gopher.
- Identify the features of the WWW.
- Sequence the components of an URL.
- Identify the features of HTML documents.
Unit 2: TCP/IP and Networks 1.5 - 2 hours
- Identify the layers and services in a LAN that separates the IP layer from the Ethernet layer.
- Identify the properties of NetBIOS that enables it to operate with TCP/IP.
- Identify the protocols used by XNS which enables it to operate with TCP/IP.
- Identify the properties of IPX which enables it to operate with IP.
- Identify the features that enables ARCnet to operate with IP.
- Identify the properties of FDDI that enables it to operate with TCP/IP.
- Identify the method by which X.25 operates with IP.
- Identify the method by which ISDN operates with IP.
- Identify the method by which SMDS operates with IP.
- Identify the properties of ATM which enable it to operate with TCP/IP.
- Identify the layers of the Windows 95 architecture that enables it to work with TCP/IP.
- Match the TCP/IP services with their descriptions.
Unit 3: Domain Name Service 1 - 2 hours
- Match the Internet domains with their descriptions.
- Identify the functions of a name server.
- Match the fields of a resource record with their descriptions.
- Identify the features of IN-ADDR-ARPA format.
- Match the fields of a DNS message with the information contained in them.
- Identify the different methods by which the name resolver resolves a name.
- Identify the features of the BOOTP protocol.
- Match the fields of the BOOTP message format with their descriptions.
- Match the fields of the Network Time Protocol(NTP) with their definitions.
Unit 4: NFS and NIS 1 hour
- Identify the features of Network File System(NFS).
- Identify the features of Remote Procedure Call (RPC).
- Identify the function of External Data Representation (XDR).
- Identify the features of the Network Files System Protocol (NFSP).
- Match the mount protocol procedures with their descriptions.
- Identify the daemon processes involved in file locking.
- Identify the features of Remote Execution Service(REX).
- Identify the functions of rusers and spray.
- Identify the features of Network Information System (NIS).
Unit 5: Managing TCP/IP 1 hour
- Match the parts of network management with their descriptions.
- Identify the features of the SNMP network management standard.
- Identify the network expansion component to be used in a given topology.
- Identify the features of SNMP.
- Match the Management Information Base (MIB) fields with their descriptions.
- Match the SNMP commands with their descriptions.
- Identify the features of SNMP v1.
Course Access
Each student has access to the course for a period of 6 months from the day of enrollment in the course.
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