course aims in Estonian
Luua võimalused omandada teadmisi arvutivõrkude tarkvara mudelite mitmekesisusest, uute võrku tehnoloogiast, kasutatavatest protokollidest ja teenindusest, võrkude planeerimise, projekteerimise ja hooldamise põhilistest meetoditest, tööstusliku võrgude ehitamisest ja hooldamisest, turvalisuse baasilistest printsiipidest.
course aims in English
To create opportunities for acquiring knowledge of the different computer network models, new network technologies, protocols and services, methods of network planning, design and maintenance, construction and maintenance of industrial networks, basic principles of security.
learning outcomes in the course in Est.
Üliõpilane tunneb võrgu ehitamise ja administreerimise teoreetilise baas printsiipe, oskab häälestada ja kasutada erinevaid võrke, lahendab erinevaid võrgu kasutamise probleeme. Teab tööstusliku võrgu omadusi. Saab hinnata turvalisuse riske arvutivõrgus.
learning outcomes in the course in Eng.
The student knows the basic principles of building and administrating the computer network, is able to use and maintaine different networks, solve various problems of the network usage. Knows the features of the industrial networks. Can analyse the security risks of the computer network.
brief description of the course in Estonian
Arvutivõrkude mõiste. Võrkude raammudelid. OSI ja TCP/IP mudelid. Protokollide arhitektuur. Füüsiline kiht. Andmete edastuse kiht. Ethernet. Traadita võrgud. Võrgukiht - marsruutimise algoritmid. Võrgukiht Internetis. Ipv6 printsiibid. Transpordikiht - transporditeenused, protokollid Internetis. Tarkvarakiht. Tööstusliku võrgud. IoT tehnoloogiate võrgud. Turvalisuse võrgudes baas printsiibid. Tööstusliku võrgude ja IoT võrgude turvalisus.
brief description of the course in English
The concept of computer networks. Network models. OSI and TCP/IP models. Protocols architecture. Physical layer. Data transmission layer. Ethernet Wireless networks. Network layer - routing algorithms. Network layer on the Internet. IPv6 principles. Transport layer - transport services, protocols on the Internet. Software layer. Industrial networks. IoT technology networks. Network security base principles. Security of industrial networks and IoT networks.
type of assessment in Estonian
Pärast iga teema läbimist teostab üliõpilane iseseisvalt testi. Eksam on kirjalik (test). Hindamine toimub vastavalt TTÜ õppetegevuse eeskirjale.
type of assessment in English
Once a topic is over, a student independently has to pass a test. It is a written test. Examination assessment is carried out according to Instructions of TUT Study activities.
independent study in Estonian
Iseseisva töö orienteeruvaks mahuks eeldatakse 32 tundi. Sellest 16 tundi (ca 1 tund nädalas) on mõeldud aine teoreetilise osa iseseisvaks omandamiseks. Iga tudeng teeb praktilise kodutöö (16 tundi).
independent study in English
The expected volume of the independent work is supposed to be 32 hours. 16 hours thereof (ca 1 hour a week) are designed for the independent acquiring theoretical part of the subject. Every student does a practical homework (16 hours).
study literature
Stallings, W. Computer Networking with Internet Protocols and Technology; Andrew S. Tanenbaum. Computer Networks.
study forms and load
daytime study: weekly hours
4.0
session-based study work load (in a semester):