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Lecture Notes

COSC 541 Data Communication Systems and Networks (3)

COURSE DESCRIPTION:

This course will introduce the student to the concepts and terminology of data communications, network design, and distributed information systems. Equipment, protocols and transmission alternatives will be discussed. The communications environment and regulatory issues are also introduced. Prerequisite: COSC 504 Computer Concepts and Systems Software.

COURSE OBJECTIVES:

Upon successful completion of this course, the student will have a functional understanding of the OSI  and TCP/IP models, media, topologies, protocols, architectures, and connectivity.   
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CIS 505  Business Data Communications

Anvari.Net
Information SystemsNetworkingNetwork DesignNet InfrastructureInterNetworkingNetwork SecurityNet Security DesignIntranet-InternetOffice ProductivityWeb DevelopmentNet Architect & AnalData CommunicationBusiness Data CommEnterprise Net MangArchitecture and OSOperating SystemsModeling TheoryEnterprise ModelingSystem AnalysisProject ManagementStudents ProjectsNetworking

Professor Morteza Anvari

http://www.anvari.net

Data & Computer Communications COS 541 @ SEU

1. Introduction

2. Protocols and Architecture

3. Data Transmission

4. Transmission Media

5. Data Encoding

6. The Data Communications Interface

7. Data Link Control

8. Multiplexing

9. Circuit Switching

10. Packet Switching

11. Asynchronous Transfer Mode and Frame Relay

12. Congestion in Data Networks

13. Local Area Network

Technology

14. LAN Systems

15. Inter-network Protocols

16. Inter-network Operation

17. Transport Protocols

18. Network Security

Prior COSC 541 Class Lecture Charts

1. Introduction

2. Physical Layer

3. Data Link Layer

4. LAN Bridges and Switches,

5. Network Layer

6. Transport Layer

7. Congestion Control

8. Congestion Avoidance

9. Applications Layer

10. Network Management

11. Security

12. WAN Technologies

13. IP Multicast

14. Mobile IP

15. IPv6

16. Other Network Protocols

17. Internet 2

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COURSE DESCRIPTION:

This course presents the general trends and topics of the Computer Communication Theory.  It provides a foundation for analysis, design, implementation, and management of computer communication systems

COURSE OBJECTIVES:

Upon the successful completion of this course, the student will:

 a.  have received in-depth coverage of communications technology from both a business and technical viewpoint, with primary emphasis on applied technology;

 b.  be able to structure communications uses and capabilities into subsystems, and apply appropriate technologies to each subsystem;

 c.    understand the function of communication in the organization and business process (including what questions are being asked, why they are being asked, and with what priority);

 d.    understand and be able to apply appropriate communication technologies to meet organizational requirements, support business processes, and implement information systems; and

 e.    be able to identify available and emerging communications hardware, software, techniques, and standards.

Business Data Communications CIS 505 @ SU

1. Introduction

2 : Business Information

3. Distributed Data Processing

4 : TCP/IP and OSI

5 : The Internet: Addressing & Services

6: Data Transmission

7: Transmission Media

8: Data Communication Fundamentals

9: Data Link Control

10: Transmission Efficiency

11: Approaches to Networking

12: Wide Area Networks

13: Wireless Networks

14: Local Area Network Technology

15: LAN Systems

16: Distributed Applications

17: Client/Server Computing

18: Doing Business on the Internet

19: Network Management

20: Network Security