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| Semester 1 |
| Fundamentals of
network interaction and structured local area networks. |
| 1.Construction and PC work principle, software. Terminology of the
computer networks. Binary numeration system. Principle of transmitting data. |
| 2. OSI model. Computers interaction using the OSI model terms. Basic conseptions of
OSI model. Comparison of OSI model and TCP/IP model. |
| 3. Local Area Network. Basic components of Local Area Network. Evolution of
network devices. Data transmitting in the Local Area Network. Local Area NetWork constructions. |
| 4. Physical layer. Fundamentals of electric circuits. Digital testers. Signals and hindrances
in the connection systems. Fundamentals of coding. Environments, junctions and conflicts.
Most popular environments. Cabels, plugs, socket. Installation and testing of cabels. Components and devices of network layer. Conflicts and their spheres. Conception of topology. |
| 5. Channel layer. Local Area Network standard. Addressing in the local area network.
Hexadecimal numbers. Physical addresses. Environment accessing |
| 6. Technologies of construction of Local Area Network: Token Ring, FDDI, Ethernet. Peculiarities of channel layer devices. Channel layer device influences on data streams.
Defects searching in the Local Area Network. |
| 7.Designing of structured cable networks. Covering documentation. |
| 8. Structured cable networks. Horizontal and vertical laying.
Problems of energetic consumption. Installation of socket and rosettes. Laying and assembling of cable. Switchboards и commutation panels. Testing of structured cable network,
testing equipment. |
| 9. Network layer. Logical addresses. IP-addressing. Networks and subnetworks. Masks
end submasks networks. Fundamentals of routing. Routing protocol classes. |
| 10. ARP and RARP protocols. |
| 11. Transport layer. TCP protocol. Streams management. |
| 12. Seance layer. |
| 13. Representative layer. |
| 14. Application layer. |
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Laboratory practicum: universal principles of network construction. |
To begin
| Semester 2 |
| Routing networks. |
| 1.
Testing of router components (RAM, ROM, CDP, show). |
| 2.
Network services with connection and without connection. |
| 3.
Transmission management. Three primary methods of transmission management. |
| 4.
Functions of transport layer of TCP/IP protocols. |
| 5.
Work with configuration files in privileged exec mode. |
| 6.
Functions of ICMP protocol. |
| 7.
Setting of password of identification and router notification. |
| 8.
Cisco IOS Software commands. |
| 9
Verification of initial router configuration. |
| 10.
Registration in user and privileged modes. |
| 11.
Using of context help. |
| 12.
Using of commands memory, editing commands. |
| 13.
Commands of loading Cisco IOS Software from flash-memory, TFTP-server, ROM. |
| 14.
Preparation for conservation, restoration, loading of Cisco IOS Software. |
| 15.
Problems of router protocols because of topology modification, removal methods. |
| 16.
Configuration of IP-address. |
| 17.
Controlling of IP-address. |
| 18.
Preparation of router initial configuration and accessible IP networks. |
| 19.
Setting of RIP routing protocol to the configuration. |
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Laboratory practicum: routers and Cisco IOS Software. |
To begin
| Semester 3 |
| Commutation local area networks, VLAN, IGRP, lists of access, IPX |
| 1.
Segmentation of local area networks uses bridges, routers, commutators. |
| 2.
Methods of commytation. |
| 3.
Full-duplex и semi-duplex working modes of Ethernet. |
| 4.
Conflicts in an Ethernet networks, overloads in a network, passing band,
distribution delays and others data transmission parameters in a local area networks. |
| 5.
Characteristics and advantages of Fast Ethernet. |
| 6.
Differencies between transparent commutation and commutation with buffering in a local area networks. |
| 7.
Spanning Tree protocol and it advantages. |
| 8.
Virtual local area networks. |
| 9.
Construction of virtual local area networks using commutators. |
| 10.
Static and dynamic virtual local area networks. |
| 11.
Designing of local area networks, designing phases, covering documentation. |
| 12.
IGRP protocol. |
| 13.
Setting IGRP in the router configuration. |
| 14.
Configuration of standard access lists for management IP traffic. |
| 15.
Monitoring and controlling of operations with access lists in the router. |
| 16.
Configuring of expanded list for IP traffic filtration. |
| 17.
Monitoring and controlling of operations with expanded list access in the router. |
| 18.
List of important IPX addresses and encapsulation methods. |
| 19.
Configuring of IPX access lists and SAP filters for management general
Novell traffic. |
| 20.
Setting of Novell IPX protocol and interfaces configuration. |
| 21.
Monitoring of Novell IPX operations in the router. |
| Laboratory practicum: local area networks, it construction and configuring. |
Go start
| Semester 4 |
| Organization of WAN, PPP, ISDN, Frame Relay |
| 1.
Conception of wide-area networks, general terms and determinations. |
| 2.
General protocols for wide-area networks. Encapsulation. |
| 3.
Comparison of defferent protocols, protocol choise for data transmiting. |
| 4.
Management of wide-area networks, phases management and covering documentation. |
| 5.
Трехуровневая model of wide-area network. |
| 6.
General properties and characteristics of PPP. |
| 7.
Components of PPP protocol and its functioning of transmiting data using wide-area networks. |
| 8.
Configuring PPP with autorizization. |
| 9.
General property and characteristic of ISDN. |
| 10.
ISDN protocols, functional groups, connection points and channel. |
| 11.
Configuring of ISDN BRI. |
| 12.
General property and characteristic of Frame Relay. |
| 13.
Configuring of Frame Relay LMI, tables and subinterfaces. |
| 14.
Monitoring of Frame Relay operations in the router. |
| Laboratory practicum: wide-area networks and construction. |
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