SAFETY AND SECURITY THROUGH THE DESIGN OF
AUTONOMOUS INTELLIGENT VEHICLE SYSTEMS
AND INTELLIGENT INFRASTRUCTURE
IN THE SMART CITY
Dániel Tokody1,
Attila Albini1,
László Ady2,
Zoltán Rajnai1 and
Ferenc Pongrácz3
Budapest, Hungary
2Óbuda University, Kandó Kálmán Faculty of Electrical Engineering, NextTechnologies Ltd.
Budapest, Hungary
3IBM Hungary Ltd.
Budapest, Hungary
| INDECS 16(3-A), 384-396, 2018 DOI 10.7906/indecs.16.3.11 Full text available here. |
Received: 21th March 2018. |
ABSTRACT
Our article is discussing the methodical basics of planning smart mobility. Smart mobility is one the main elements of a smart system. According to the methodology presented in our article, transportation in a smart city can be developed in a safe form, focusing on two main elements: safety and security planning of smart mobility. Intelligent (transportation) infrastructures and autonomous intelligent vehicles will be integrated in a common system in order to achieve the digital transformation of the transportation system. The aim of this research is to examine questions raised in relation to the control and communication of autonomous vehicles and vehicle systems. The development of autonomous intelligent vehicles and vehicle systems is based on the further development of the cooperating intelligent transportation systems to achieve smart mobility. The research aims to find such methods and procedures which help the safety planning of increasingly complex cyber-physical systems and system elements used in autonomous intelligent vehicles and transport systems, in view of aspects of safety and operational risks.
KEY WORDS
digitalisation of transportation, autonomous intelligent vehicle, smart city, intelligent infrastructures
CLASSIFICATION
APA: 4090, 4100
JEL: R41