Introduction to ITS
Projects
you can choose between:
- Research paper (individual)
- Critical review of selected ITS literature
- Analysis on some topic of interest to you related to ITS
- Topics:
- Smart cities
- Location based services
- Autonomous car
- Smart Parking
- Sustainability of Intelligent transportation systems
- Smart airport
- ...
- Creating a small application (individual or group)
- Possible application:
- Urban density estimation using mobile network data
- Pedestrian detection using mono camera
- Road signs detection
- Eye tracking system
- Indoor wifi coverage simulation
- Traffic simulation and modeling
- Machine Learning approaches for traffic sign detection and recognition in color videos
- Fast multiscale and multi-object detection and tracking in color videos
- ...
- Possible application:
Student Projects (Previous Years)
- Applications:
- AP1: Traffic sign detection by Kaarel Tõnisson
- AP2: Interactive visualisation of traffic flows with animated particles by Heiki Pärn
- AP3: Hidden markov model based map-matching by Joosep Kibal
- AP4: Intelligent taxi by Jaanus Jaggo and Georg Berecz
- AP5: Indoor positioning by Erich Jagomägis and Thorben Werner
- AP6: A beginner's traffic sign detection system by Jaak Sõnajalg
- AP7: Spatio-temporal visualisation system by Mariano Hedberto Jofre
- AP8: Real traffic flow modelling with SUMO by Ragnar Vent
- AP9: Indoor positioning using mobile sensors by Sander Soo
- Research Papers:
- RP1: Smart Cities in India by Gowthamram Selvaraj
- RP2: Smart parking systems by Ankit Garg
- Applications:
- AP1: Eyes tracking system by Jossep Rõõmusaare
- AP2: Drone detection, tracking and distance measurement by Martin Schmeisser & Manuel Kramer
- AP3: Counting car in parking lot by Bogdan Semiletko
- Research Papers:
- RP1: V2V Communication in ITS by Mohan Liyanage
- RP2: Designing the urban future: smart cities by Malek Vaclav
- RP3: Autonomous Cars by Mihkel Vunk
- RP4: Location based services based on 3G and LTE based wireless networks by Ashish Anand