Course detail
Computer Networks
FP-PSIAcad. year: 2022/2023
The course focuses on the following topics: principles of communication within computer networks, designing and construction of computer networks, computer networks management.
Language of instruction
Czech
Number of ECTS credits
3
Mode of study
Not applicable.
Guarantor
Department
Learning outcomes of the course unit
Students will be made familiar with basic principles of computer networks, especially in the area of their designing and structure, as well as the communication principles. After finishing the course they will be able to design a computer network and to solve problems regarding communication within computer networks, and to carry out their management.
Prerequisites
Computer literacy, knowledge of operating systems, computer networks, mathematical logic and numerical systems.
Co-requisites
Not applicable.
Planned learning activities and teaching methods
The course contains lectures that explain basic principles, problems and methodology of the discipline.
Assesment methods and criteria linked to learning outcomes
The course is not concluded by a course-unit credit:
Conditions for passing an exam: Knowledge of taught topics and its practical application.
Form of examination: Combined – a written test possibly followed by an oral examination.
Conditions for passing an exam: Knowledge of taught topics and its practical application.
Form of examination: Combined – a written test possibly followed by an oral examination.
Course curriculum
1. Basic concepts
2. Network taxonomy
3. Network models and architectures (principals, horizontál and verticál communications)
4. Network model ISO/OSI
5. Network architecture TCP/IP
6. Physical layer 1 (baseband, broadband, coding, modulation, synchronization)
7. Physical layer 2 (real transmission environments)
8. Link layer (MAC, LLC, collision)
9. Ethernet, VLAN, Spaning tree
10. Network vrstva (IP protokol, address, routing, ARP, ICMP, utility)
11. Transport layer (role, address, protocols UDP, TCP, utility)
12. Application layer (DNS, RDNS, Telnet FTP, TFTP)
13. Application layer (mail, WWW, VoIP, SNMP)
2. Network taxonomy
3. Network models and architectures (principals, horizontál and verticál communications)
4. Network model ISO/OSI
5. Network architecture TCP/IP
6. Physical layer 1 (baseband, broadband, coding, modulation, synchronization)
7. Physical layer 2 (real transmission environments)
8. Link layer (MAC, LLC, collision)
9. Ethernet, VLAN, Spaning tree
10. Network vrstva (IP protokol, address, routing, ARP, ICMP, utility)
11. Transport layer (role, address, protocols UDP, TCP, utility)
12. Application layer (DNS, RDNS, Telnet FTP, TFTP)
13. Application layer (mail, WWW, VoIP, SNMP)
Work placements
Not applicable.
Aims
The main objective of the course is to familiarise students with basic terms and technologies with respect to computer technologies and computer networks.
Specification of controlled education, way of implementation and compensation for absences
Attendance at lessons is not checked. The course consists of lectures only, and the attendance at them is not compulsory.
Recommended optional programme components
Not applicable.
Prerequisites and corequisites
Not applicable.
Basic literature
Dostálek, L. a A. Kabelová. Velký průvodce protokoly TCP/P a systémem DNS. Praha, Computer Press. ISBN: 8072263234. (CS)
Kasl, J. Informační a komunikační systémy. 1. vyd. VŠE, Praha 1999. 123 s. ISBN 80-245-0001-9 (CS)
Pužmanová, R. Moderní komunikační sítě od A do Z. Praha, Computer Press, ISBN 8072260987 (CS)
Kasl, J. Informační a komunikační systémy. 1. vyd. VŠE, Praha 1999. 123 s. ISBN 80-245-0001-9 (CS)
Pužmanová, R. Moderní komunikační sítě od A do Z. Praha, Computer Press, ISBN 8072260987 (CS)
Recommended reading
Bigelow, S. J. Mistrovství v počítačových sítích. Praha Computer Press 2004. ISBN 80-251-0178-9 (CS)
Horák, J. Malá počítačová síť doma a ve firmě. Praha, Grada 2003. ISBN 80-247-0582-6 (CS)
Horák, J.a M. Keršláger. Počítačové sítě pro začínající správce. Praha, Computer Press. ISBN 80-722-6876-7 (CS)
Jacobsem, O. a D. Lynch. A Glossary of Networking Terms: (viz RFC 1208), Intereop, Mountain View, CA 1991. 18 s. ISBN 99-00-01128-X. (EN)
Jeger, D. a J. Pecinovský. Postavte si vlastní počítačovou síť. Praha, Grada. ISBN 80-7169-700-1. (CS)
Jirkovský, V.: Vademecum správce sítě. Praka, Grada 2001. ISBN 80-7169-745-1 (CS)
Osterloh, H. TCP/IP Kompletní průvodce. Praha, SoftPress 2002. ISBN: 8086497348 (CS)
Pužmanová, R. TCP/IP v kostce. Kopp. ISBN: 80-7232-236-2 (CS)
Rudolf, V. a P. Šmrha. Internetworking pomocí TCP IP. Kopp, České Budějovice 1994. 134 s. ISBN 80-85828-09-X. (CS)
Shinder, D.L. Počítačové sítě. SoftPress 2003. ISBN 8086497550 (CS)
Sportack, M. A. Směrování v sítích IP. Praha, Computer Press 2004. ISBN 80-251-0127-4 (CS)
Horák, J. Malá počítačová síť doma a ve firmě. Praha, Grada 2003. ISBN 80-247-0582-6 (CS)
Horák, J.a M. Keršláger. Počítačové sítě pro začínající správce. Praha, Computer Press. ISBN 80-722-6876-7 (CS)
Jacobsem, O. a D. Lynch. A Glossary of Networking Terms: (viz RFC 1208), Intereop, Mountain View, CA 1991. 18 s. ISBN 99-00-01128-X. (EN)
Jeger, D. a J. Pecinovský. Postavte si vlastní počítačovou síť. Praha, Grada. ISBN 80-7169-700-1. (CS)
Jirkovský, V.: Vademecum správce sítě. Praka, Grada 2001. ISBN 80-7169-745-1 (CS)
Osterloh, H. TCP/IP Kompletní průvodce. Praha, SoftPress 2002. ISBN: 8086497348 (CS)
Pužmanová, R. TCP/IP v kostce. Kopp. ISBN: 80-7232-236-2 (CS)
Rudolf, V. a P. Šmrha. Internetworking pomocí TCP IP. Kopp, České Budějovice 1994. 134 s. ISBN 80-85828-09-X. (CS)
Shinder, D.L. Počítačové sítě. SoftPress 2003. ISBN 8086497550 (CS)
Sportack, M. A. Směrování v sítích IP. Praha, Computer Press 2004. ISBN 80-251-0127-4 (CS)
Classification of course in study plans
Type of course unit
Lecture
26 hod., optionally
Teacher / Lecturer
Syllabus
Topics of lectures are the following:
- Introduction to computer networks
- Network communication, roles, services
- ISO/OSI reference network model
- Application, presentation and application layers in ISO/OSI network model
- Transport layer in ISO/OSI vs. TCP/IP
- Network layer in ISO/OSI vs. TCP/IP, introduction, addressing, routing, utility
- Data link layer in ISO/OSI vs. TCP/IP, introduction, addressing, switching, active elements, virtual network, utility
- Physical layer in ISO/OSI vs. TCP/IP, introduction, transfer, active elements, physical medium, topology, structured cabling
- Problems concerning computer networks and their solution
- Network management
- Introduction to computer networks
- Network communication, roles, services
- ISO/OSI reference network model
- Application, presentation and application layers in ISO/OSI network model
- Transport layer in ISO/OSI vs. TCP/IP
- Network layer in ISO/OSI vs. TCP/IP, introduction, addressing, routing, utility
- Data link layer in ISO/OSI vs. TCP/IP, introduction, addressing, switching, active elements, virtual network, utility
- Physical layer in ISO/OSI vs. TCP/IP, introduction, transfer, active elements, physical medium, topology, structured cabling
- Problems concerning computer networks and their solution
- Network management
E-learning texts
otázky
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Otazky_zkouska.docx 0.01 MB
Otázky sítě 1.txt 0 MB
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Otázky sítě 6.txt 0.01 MB
Otázky sítě 7.txt 0.01 MB
Otázky sítě 8.txt 0.01 MB
Otazky_zkouska.docx 0.01 MB