FAKULTETA ZA GRADBENIŠTVO, PROMETNO INŽENIRSTVO IN ARHITEKTURO


Subject
 TRANSPORTATION INFORMATICS AND TELEMATICS I 
https://aips.um.si/PredmetiBP5/UcnaEnotaInfo.asp?Zavod=16&Jezik=A&Leto=2016&Nacin=&Predmet=58U335

Study unit code    58U335 2016

Level Study program or it's part Year Semester
1 BU20 TRAFFIC AND TRANSPORTATION ENGINEERING 3 Summer

ECTS kredits 5

Hours - Lectures 30
Hours - Seminars 10
Hours - Tutorial 10
Hours - Laboratory Work 10
Hours - Individual Student's Work 90

Lecturers
doc. dr. LEP MARJAN
izr. prof. dr. KOVAČIČ BOŠTJAN

Languages - lectures slovene
Languages - tutorial slovene

Prerequisits
Basic knowledge of Computer and information science, Programing and Databases, Physics 
Content (Syllabus outline)
Transportation telematics, functional classification (travel and traffic information, public transport management, fleet & freight management, demand management, road and road traffic management, cooperative driving). ITS – architectures, approaches, standards. Transportation informatics: data models, data standards, spatial databases, Geographic information systems, geo-coding, geo-referencing. Digital maps. Door-to-door guiding systems. Transportation telematics technologies for detection, classification (AVC), identification (AVI), location (AVL), navigation, electronic ticketing (ETS), e_payment, environmental monitoring and controlling. State of the art review for telematic functions in transportation: Inductive loop detectors, piezoelectric sensors, magnetic sensors, weight in motion (WIM), video image processor, microwave radar, IR sensors, acoustic sensors, GPS/GSM tracing and navigation etc. Review of integrated systems - case studies: traveler information systems, route & parking guiding systems, ETC, »city toll«, »ticketing«, automatic incident detection; weather information systems itd. 
Readings
Lep M.: Zbrano gradivo – učbenik (v pripravi) Dokumentacija ISO / TC 204 Geografski informacijski sistemi (monografija, uporabniški priročniki) Lep M., Jazbec S.: Telematika v prometu - zbrano gradivo Spletni naslovi za posamezna področja (dinamično obnavljanje)  
Objectives and competences
To understand technical and functional capabilities of modern information and telecommunication technologies. 
Intended learning outcomes - knowledge and understanding
To use the information and telematics technologies in the transportation planning, management, contolling praxis.  
Intended learning outcomes - transferable/key skills and other attributes
Data models and Spatial databases (especially for the transportaion modelling) GIS technology. Use of modern technology in all fields of transportation engineering.  
Learning and teaching methods
Lectures. Laboratory practice with GIS and other SW and Hrdware (GPS, radar etc.) 

Assessment Weight (%)
Written examination 40  
Oral examination 20  
Project 20  
Seminar work 20  
[EOP]