Overall, this course aims at giving knowledge and competencies in the field of ITS and particularly infrastructures.
1. Knowledge and understanding capability (Knowledge and understanding capability in the field of Information communication technology and its application to transportation infrastructures).
1.1 Learning ability (references, data bases, projects).
2. Capability of applying (Capability of applying in the field of Information communication technology and its application to transportation infrastructures).
3. Autonomy and capacity for critical reflection (Autonomy and capacity for critical reflection in the field of reliability and health status of infrastructures). Student’s independent work, Individual study of the discipline, and exercises dealing with the main aspects of the course.
4. Communication Skills (Ability in communication skills, written, oral, etc.)
5. Ability to learn (main and secondary topics).
6. The exam (score up to 30 cum laude) includes the analysis of the report (up to 15 points) and several oral questions (up to 15 points). These latter include one topic treated during the lessons and the discussion of the topic treated in the report.
When excellence is noted in the report and in the oral examination the laude may be given.
None.
Lessons (75%) and exercises (Practical class, 25%).
Attendance is non-compulsory.
The exam (score up to 30 cum laude) includes the analysis of the report (up to 15 points) and several oral questions (up to 15 points). These latter include one topic treated during the lessons and the discussion of the topic treated in the report.
When excellence is noted in the report and in the oral examination, the laude may be given.
The exam (scores up to 30 cum laude) includes the analysis of the report (up to 15 points) and several oral questions (up to 15 points). These latter include one topic treated during the lessons and the discussion of the topic treated in the report.
When excellence is noted in the report and in the oral examination the laude may be given.
References and textbooks
Francesco Russo, Agata Quattrone, ITS Sistemi di trasporto intelligenti, Elementi di base e applicazioni operative per il trasporto privato, per il trasporto pubblico, per il trasporto merci e la logistica. Franco Angeli
AA.VV., Pubblicazioni ed altri testi indicati durante il corso (moduli M12, 25, 190, 191, 290_9).
Praticò, F.G., QA/QC in Transport Infrastructures: Issues and Perspectives, DOI: 10.5772/21719.
Norme funzionali e geometriche per la costruzione strade D. M. 6792 del 5/11/2001.
Praticò F.G. et al., Evaluating the performance of automated pavement cracking measurement equipment, PIARC Reference 2008R14, ISBN 2-84060-214-8, Pages 59, PIARC, 2008.
European standards.
Title of the course: Intelligent Transportation Systems for mobility and infrastructure applications
Syllabus:
Transportation infrastructure and information technology (1CFU; M12, M25, M190).
Safety- and security-related applications. Environmental-based applications. Life cycle analysis and information technology (2CFU; M191; M290_9).
Intelligent Transportation Systems: -decisional process, -ICT component (traffic sensors) for vehicular flow monitoring, -DSS for transport planning (2CFU)
User information: -procedures and tools for information acquisition, -procedures and tools for information elaboration, -procedures and tools for information diffusion (1CFU)
