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Multi-Modal Distributed Open Journey Planners

Curriculum

7 Sections
7 Lessons
Lifetime

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Introduction
Lecturer: Tomislav Erdelić (Department of Intelligent Transport Systems, Faculty of Transport and Traffic Sciences, University of Zagreb)
2
- 2.1
  Introduction to Multi-Modal Distributed Open Journey Planners – General Overview
  40 Minutes
- 2.2
  Introduction to Multi-Modal Distributed Open Journey Planners – General Overview – Quiz
  14 Minutes7 Questions
Operational and Organisational Action Plans
Lecturer: Theresa Werner (AustriaTech)
2
- 3.2
  Operational and Organisational Action Plans for Sustainable Multimodal Travel Information Network and OJP deployment
  20 Minutes
- 3.3
  Operational and Organisational Action Plans for Sustainable Multimodal Travel Information Network and OJP deployment – Quiz
  12 Minutes6 Questions
Assessment of Available Local Journey Planners
Lecturer: Yannick Cornet and Ľuboš Buzna (University of Žilina)
2
- 4.1
  Assessment of Available Local Journey Planners, the Definition of the Use Cases And UI Design
  60 Minutes
- 4.2
  Assessment of Available Local Journey Planners, the Definition of the Use Cases And UI Design – Quiz
  10 Minutes5 Questions
Environment for Provision of Multimodal Travel Information Establishment and Operations
Lecturer: Krešimir Vidović (Department of Intelligent Transport Systems, Faculty of Transport and Traffic Sciences, University of Zagreb)
2
- 5.1
  Environment for Provision of Multimodal Travel Information Establishment and Operations – Case Study Croatia
  25 Minutes
- 5.2
  Environment for Provision of Multimodal Travel Information Establishment and Operations – Case Study Croatia – Quiz
  11 Minutes6 Questions
Open Journey Planner – System Architecture and Profile Specifications
Lecturer: Tomislav Erdelić (Department of Intelligent Transport Systems, Faculty of Transport and Traffic Sciences, University of Zagreb)
2
- 6.1
  Open Journey Planner – System Architecture and Profile Specifications
  39 Minutes
- 6.2
  Open Journey Planner – System Architecture and Profile Specifications – Quiz
  14 Minutes7 Questions
Methodology for the Dynamic Interconnection of Services for Efficient Multimodal Transport Networks (Routing Algorithm)
Lecturer: Domokos Esztergár-Kiss (Institute for Computer Science and Control)
2
- 7.1
  Methodology for the Dynamic Interconnection of Services for Efficient Multimodal Transport Networks (Routing Algorithm)
  35 Minutes
- 7.2
  Methodology for the Dynamic Interconnection of Services for Efficient Multimodal Transport Networks (Routing Algorithm) – Quiz
  12 Minutes6 Questions
Future adopters' requirements
Lecturer: Tomislav Erdelić (Department of Intelligent Transport Systems, Faculty of Transport and Traffic Sciences, University of Zagreb)
2
- 8.1
  Future Adopters’ Requirements – a Case Study of Western Balkan Region
  20 Minutes
- 8.2
  Future Adopters’ Requirements – a Case Study of Western Balkan Region – Quiz
  4 Minutes2 Questions

Future Adopters’ Requirements – a Case Study of Western Balkan Region

Content:

Basic information about the future adopters
Status of the implementation of ITS Directive
Status of the multimodal travel data provision
Proposal for future adopters

Lecturer: Tomislav Erdelić (Department of Intelligent Transport Systems, Faculty of Transport and Traffic Sciences, University of Zagreb)

The video of the PowerPoint presentation is below.

Multi-Modal Distributed Open Journey Planners

Curriculum

Future Adopters’ Requirements – a Case Study of Western Balkan Region

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