Existing Undergraduate Curriculum and DBBT Master Studies Curriculum Proposals International Scientific Conference of IT and Business-Related Research.

Slides:



Advertisements
Similar presentations
Chapter 8-Video.
Advertisements

Chapter 8-Video.
Multimedia Components (Develop & Delivery System)
CS Body of Knowledge (ACM) Discrete Structures Programming Fundamentals Algorithms & Complexity Operating Systems Architecture & Organization Social &
SCM-Tempus Project C015A05 Faculty of Electronic Engineering, Niš, March 24th, 2006 The Bologna Process at the University of Dortmund, Germany Transition.
Information and Communication Technology (ICT). Curriculum Structure ICT includes three parts: 1. Compulsory Part (55%) 2. Elective Part (25%) 3. School-based.
1 Undergraduate Curriculum Revision Department of Computer Science February 10, 2010.
Changes in the Curriculum of ETF Belgrade Dragan Bojić University of Belgrade Dragan Bojić University of Belgrade.
Software Engineering at Faculty of EE in Belgrade Prof. Dr Miroslav Bojovic Baile Herculane, August 2005.
Department of Electronic Engineering City University of Hong Kong BEng (Hons) in Information Engineering 資訊工程學榮譽工學士 BEng (Hons) in Information Engineering.
EEE393 Basic Electrical Engineering Kadir A. Peker Tel: x5406.
Page 1 Welcome to Information Engineering Engineering for Leaders in the Information Age Web: Tel:
Master of Science Programme Telecommunications Engineering A.A (for first year) A.A (for second.
Media Streaming By Derek Aten – Digital T.V. and HDTV Maria Preciado – Audio Streaming Genevieve Taduran – Data Streaming.
CS&CE 2006 The Bologna process for Computer Science and Computer Engineering at ISEL Departamento de Engenharia de Electrónica e Telecomunicações e de.
Counseling for IIT/ NIT Aspirants Presented by YES Centre and The Hindu Group 16 June 2013, Hyderabad.
School of Management & Information Systems
The Observer 5.0 Titel Spreker Datum Design of a Usability Lab La Villette, November 24 th 2004 Dimitri Gerebtzoff Field Sales Engineer - France Innovative.
Multimedia Hardware. Network LAN- to transfer data inside a local area. WAN – to transfer data in long distance. Ethernet – method for connecting computers.
Structure of Study Programmes
© 2011 The McGraw-Hill Companies, Inc. All rights reserved Chapter 6: Video.
Tells - a facility for web-based, remote real time laboratory experiments University of Limerick Ireland.
Computer Networks Working Group Prof. Dr. E. Milovanović.
National Chiao Tung University EECS International Graduate Program Engineer Your Future for Global Technology.
Lector: Aliyev H.U. Lecture №15: Telecommun ication network software design multimedia services. TASHKENT UNIVERSITY OF INFORMATION TECHNOLOGIES THE DEPARTMENT.
1 Information and Communication Technology (ICT).
Dr. Alireza Ghorshi Dr. Mohammad Mortazavi Dr. Mohammad Khansari Dr. Alireza Nemany Pour.
International Double Master Degree Program Technische Universität Dresden and National Technical University of Ukraine “Kyiv Polytechnic Institute” National.
Web Service Development Within Different Study Years Maja Pušnik, Boštjan Šumak Institute of Informatics, FERI Maribor.
VESL-Career & life planning Career Presentation April 13, 2011 Mt.SAC.
Agder University Faculty of Engineering and Science ICT Department Head of ICT Department Prof. A. Prinz.
The Balance Between Theoretical and Practical Work Within Electrical and Computer Engineering Courses Dr. Bahawodin Baha March Development Partnerships.
DOE 2000, March 8, 1999 The IT 2 Initiative and NSF Stephen Elbert program director NSF/CISE/ACIR/PACI.
Multimedia Systems Lecture 1: Introduction Prof. Charlene Tsai
Chapter 16 Future Directions in Telecommunication.
Why You Should All Become Computer Engineers ECE 200 (Fall 2015) Saurabh Bagchi School of Electrical and Computer Engineering Purdue University.
Multimedia Systems Option Topic 2. Multimedia Systems  A Multimedia system combines different types of media into interactive information systems. 
IRG-AVA REPORT The Role of Information and Communication Technologies in the Development of Inclusive Society Belgrade, 8 October 2015 Pilar Orero IRG-AVA.
CS Curriculum Changes Fall, BS Computer Science 2015 COMPUTER SCIENCE COURSES—64 Hours COMPUTER SCIENCE CORE (48 Hours) CS 258Intro to Object-Oriented.
Digital Video MPEG : Standards, Technology and Applications Lesson 2.
INTRODUCTION TO COMPUTER ENGINEERING (ECE 001) Dr. Ahmed Bayoumi Dr. Shady Yehia Elmashad 1.
New Curricula Proposal at FSMN by Miroslav Ćirić & Predrag Krtolica.
Free International University of Moldova Faculty of Informatics and Engineering DIGITAL SIGNALS PROCESSING Course of lectures Theme: INTRODUCTION IN DSP.
1 Initial proposal of master study programmes outline 2nd project meeting - Belgrade Erasmus+ DBBT Masters project University of Ljubljana Faculty od Electrical.
Presentation of Curricula THE SCHOOL OF ELECTRICAL AND COMPUTER ENGINEERING OF APPLIED STUDIES DIGITAL BROADCASTING AND BROADBAND TECHNOLOGIES DBBT project.
Presentation of Curricula THE SCHOOL OF ELECTRICAL AND COMPUTER ENGINEERING OF APPLIED STUDIES ELECTRONICS AND TELECOMMUNICATIONS DBBT project meeting,
Presentation of Curricula THE SCHOOL OF ELECTRICAL AND COMPUTER ENGINEERING OF APPLIED STUDIES Audio and Video Technologies Multimedia Technologies and.
University of Banja Luka Faculty of Electrical Engineering Presentation of existing undergraduate curriculum and DBBT master studies curriculum proposals.
UNIVERSIDAD POLITÉCNICA DE MADRID E.T.S. de Ingenieros de Telecomunicacion.
DBBT master studies curriculum proposal & DBBT laboratory equipment  – Prof. Dr. Jugoslav Joković – Universidad Politécnica de Madrid, September.
Study program: Computer Engineering (Računarsko inženjerstvo)
Main Research Areas Signal Processing and Communications
Multimedia Syllabus Information
Changes in the Curriculum of ETF Belgrade
VISER progress report on DBBT curriculum
Introduction To Computer Engineering (ECE 001)
VISER progress report on DBBT curriculum & equipment
UNIVERSITY OF BIHAĆ Faculty of Technical Engineering
UNIVERSITY OF BIHAĆ Faculty of Technical Engineering
Future Technologies FTC 2016 Future Technologies Conference December 2016 San Francisco, United States.
Chapter 6: Video.
Digital Television Dr. Nikos Desypris,
UNIVERSITY OF BIHAĆ Faculty of Technical Engineering
WP1: Existing Undergraduate Curriculum Faculty of Technical Sciences
UNIVERSITY OF BIHAĆ Faculty of Technical Engineering
School of Electrical and Computer Engineering of app. stud
Common curriculum-Communications C. Burkley
Communication Systems Continuous Signals and Systems Optical communications Inforamtion and communication systems security Software for communications.
The Curriculum of the Department of Informatics TEI-A
Vaal university of technology
Presentation transcript:

Existing Undergraduate Curriculum and DBBT Master Studies Curriculum Proposals International Scientific Conference of IT and Business-Related Research

Bachelor Studies (I year) predmet/courseETCS Elektrotehnika/Electrical Engineering 8 Matematika/Mathematics 8 Programiranje I/Programming 1 8 Fizika/Physics 6 Diskretna matematika/Discrete Mathematics 8 Osnovi računarske tehnike/Fundamentals Of Computer Technology 8 Strukture podataka i algoritmi/Data Structures and Algorithms 8 Engleski jezik 1/English Language 1 6

Bachelor Studies (II year) predmet/courseETCS Programiranje 2/Programming 2 8 Signali i sistemi/Signals and Systems 6 Operativni sistemi/Operating Systems 8 Preduzetništvo/Entrepreneurship 8 Sistemi automatskog upravljanja/Automated Management Systems 8 Softverski alati i aplikacije/Software Tools and Applications 8 Računarske mreže/Computer Networks8 Engleski jezik 2/English Language 28

Bachelor Studies (III year) predmetETCS Baze podataka/Databases8 Internet tehnologije i Web servisi/Internet Technologies and Web Services8 Telekomunikacije/Тelecommunications6 Elective course 1 R Mikrokontroleri i mikroprocesorski sistemi/Microcontrollers and Management Systems8 S Konkurentno i distribuirano programiranje/Concurrent and Distributed Programming8 Elective course 2 Mobilni i komunikacioni sistemi/Mobile Communication Systems8 Cloud računarstvo/Cloud computing8 Elektroenergetski pretvarači/Power Converters8 Elective course 3 Telekomunikacione mreže za pristup/ Telecommunication Access Networks8 Ekspertski sistemi zasnovani na znanju/Expert Systems and Knowledge-Based Systems 8

Bachelor Studies (IV year) predmet ETCS Zaštita u računarskim mrežama/Network Security Elective course 4 K Upravljanje projektima/K Project Management RRazvoj mobilnih aplikacija Android, Iphone/RMobile Applications Development, android, Iphone S Internet programiranje E Tehnički standardi i regulativa/E Technical Standards and Regulations Elective course 5 KS Multimedijalni sistemi/KSMultimedia Systems R Digitalna i analogna elektronika/RDigital and Analogue Electronics E Energetska efikasnost i upravljanje energijom/E Energy Efficiency and Energy Management Digitalna obrada signala i slike/Digital Signal and Image Processing Elective course 6 K Projektovanje telekomunikacionih sistema i mreža/K Telecommunication Networks and Systems Design R Programabilni hardver i ugrađeni sistemi/RProgrammable Hardware and Embedded Systems S Sistemi za rad u realnom vremenu i akvizicju podataka/Real Time Systems and Data Acquisition E Upravljanje elektroenergetskim sistemima/E Electric Power Systems Management Praktična istraživanja i poslovne veštine/Practical Research and Business Skills English 4 FINAL PROJECT

Master Studies (I Semester) NoCourse Title - ProfessorECTSNo of hours 1.Scientific Research Methodology Principles of Contemporary Telecommunication Systems Prof. Miroslav L. Dukić, PhD 68 3.Elective course 1*85 4.Research paper 110  I1-1 - Database Software Tools - Prof. Aleksandar Jevrevmovic, PhD, Prof. Vladislav Miškovic, PhD  I1-2 - Embedded Systems and Systems - on -Chip - Prof. Violeta Tomašević, PhD  I1-3 - Digital Image Processing - Prof. Miloš Stojmenović, PhD  I1-4 - Digital Speech Processing - Prof. Milan Milosavljević, PhD, Prof. Mladen Veinović, PhD  I1-5 - Advanced DSP Algorithms and Programing, Computer Simulation and Automated System Design - Prof. Miroslav Lutovac, PhD

Master Studies (II Semester) NoCourse Title - ProfessorECTSNo of hours 5.Elective course 2*85 6.Research paper 2*10 7.Final master thesis--  I2-1 - Broadband Access Networks - Prof. Petar Spalević, PhD, prof. Miroslav L. Dukić, PhD  I2-2 - Telecommunication Networks and Systems Design - Prof. Bratislav Milovanović, PhD, Prof. Petar Spalević, PhD  I2-3 - Smart Grid Technologies - Prof. Milan Čabarkapa, PhD, Prof. Marina Marjanović, PhD  I2-4 - Materials for Advanced and Alternative Energy Sources - Prof. Dragan Marković, PhD  I2-5 - Distributed Software Embedded Systems and Advance Microprocessor Architecture - Prof. Violeta Tomašević, PhD

Principi Digitalne Radiodifuzije/ Principles of Digital Broadcasting  System Concept  Audio Services and Applications  AV signal compression  Data Services and Applications  Provision of Services  Collection and Distribution Networks  The Broadcast Side  The Receiving Side  Mobile Television and Multimedia  Protocols Master Studies (I Semester)

Projektovanje sistema digitalne radiotelevizije/ Design of digital TV  Colour fundamentals: the properties of colour, primary colours, colour spaces.  Digitalization principles: analogue signals, encoder design, decoder design.  Audio engineering: natural sound, audio systems, surround sound, microphones.  Digital audio technology: the basics, digital recording, digital audio recording systems.  Analogue video: introduction to video, standardization, colour TV system, PAL and NTSC systems.  Digital video: digital video processing, video compression, MPEG architecture.  Video recording: magnetic tape recording, digital video recording.  Video postproduction systems: time code, editing, post production.  Video cameras: lens systems and optics, optical sensors, camera signal processing.  Video display systems: displays, TV display systems, computer display systems.  Digital video: digital TV, computers.  Interactive video systems: components of interactivity, multimedia, interactive TV.  Video signal distribution: terrestrial broadcast, cable TV, satellite TV, Internet.  Video and audio streaming: introduction to streaming media, stream serving.  Measurement methods Master Studies (II Semester)