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OJP4Danube

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

Methodology for the Dynamic Interconnection of Services for Efficient Multimodal Transport Networks (Routing Algorithm) – Quiz

A short quiz regarding the methodology for the dynamic interconnection of services for efficient multimodal transport networks (routing algorithm).

The quiz has six questions with suggested answers.

Each question has one or multiple correct answers (highlighted within the question) as well as a different number of points (highlighted within the question).

There are no penalty points for the wrong answer or for the skip of the question.

The quiz can be retaken infinite times.

Good luck!

Methodology for the Dynamic Interconnection of Services for Efficient Multimodal Transport Networks (Routing Algorithm)

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

Multi-Modal Distributed Open Journey Planners

Curriculum

Methodology for the Dynamic Interconnection of Services for Efficient Multimodal Transport Networks (Routing Algorithm) – Quiz

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