Ä°ST 377 DATA COMMUNICATIONS I Classification of computer ...
Ä°ST 377 DATA COMMUNICATIONS I Classification of computer ...
Ä°ST 377 DATA COMMUNICATIONS I Classification of computer ...
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1. Identification: İST <strong>377</strong> <strong>DATA</strong> <strong>COMMUNICATIONS</strong> I2. Description: <strong>Classification</strong> <strong>of</strong> <strong>computer</strong> networks, History <strong>of</strong> <strong>computer</strong> networks.Network topologies, data communication basics, channels <strong>of</strong> communication, datacommunication protocols, protocols and related layers, OSI reference model and layeredarchitecture, Internet concepts, IP, TCP, ICMP, DNS, FTP and related protocols.Application, Transport, Network, Data link and physical layers3. Level:a) Prerequisite: Noneb) Objectives: Within the framework <strong>of</strong> the competences designed for the course, the objectives<strong>of</strong> the are as follows. Students are expected:- to understand the principles <strong>of</strong> <strong>computer</strong> networks;- to understand the concept <strong>of</strong> layered architecture;- to learn the network and data communication protocols- to learn the network technologies and methodsc) Learning Outcomes: Within the framework <strong>of</strong> the learning outcomes designed for the course,the students will:- to distinguish and acknowledge different network layers and related protocols- to be able to solve and calculate <strong>computer</strong> network related problemsd) References:(1) Textbooks/Reading Material:“Computer Networking: A Top Down Approach”, Kurose & Ross, 5th edition, AddisonWesley, 2010(2) Supplementary Reading Material:“Computer Networks”, Andrew S. Tanenbaum, 4th edition, Prentice Hall, 20024. Compulsory or Elective Course Units: This course is elective.5. Teaching Staff: -6. Length and Period: 3 credit hours per week; 14 weeks per semester.1. WeekIntroduction to <strong>computer</strong> networks, network definitions and classifications,OSI reference model and TCP/IP network layered architecture2. Week Network core, physical media, history <strong>of</strong> <strong>computer</strong> networks, the layeredapproach3. Week Application Layer4. Week Application Layer5. Week Transport Layer6. Week Transport Layer7. Week Transport Layer
8. Week 1. MIDTERM9. Week Network layer and routing10. Week Network layer and routing11. Week Data link layer12. Week Data link layer13. Week Network security14. Week Network security7. Teaching and Learning Methods:a) lectures;b) web based lectures;c) homeworks8. Assessment: 1 mid-term examination (30 %), homeworks (30%), final examination (40 %);9. The Language: Turkish10. ECTS Credit Allocation: 511. Glossary:
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