URBAN TRANSIT SYSTEMS AND TECHNOLOGY
CONTENTS PART I ROBOMOBILITY IMPLEMENTATION INTO PUBLIC TRANSPORT NETWORKS 1 AUTONOMOUS ON-DEMAND VEHICLES AND THE (R)EVOLUTION OF PUBLIC TRANSPORT BUSINESS MODELS 2 EVOLUTION OF GOVERNMENT POLICY FOR AUTONOMOUS MOBILITY: KOREAN AND FRENCH CASES AND THEIR DIFFERENCES 3 HOW TO ASSESS REGULATION OPENNESS FOR AUTONOMOUS DRIVING IN PUBLIC TRANSPORT? THE ROAD INDEX 4 ECONOMIC ASSESSMENT OF SERVICES WITH INTELLIGENT AUTONOMOUS VEHICLES: EASI-AV 5 FROM DEMONSTRATOR TO PUBLIC SERVICE: THE AVENUE EXPERIENCE PART II INTEGRATING ROBOMOBILITY IN THE LARGER PERSPECTIVE OF URBAN MOBILITY INNOVATION EMBEDDED IN SOCIETAL CONTEXTS 6 RECOMMENDATIONS FOR A USER-CENTERED DESIGN OF MOBILITY SOLUTIONS 7 THE INTEGRATION OF INNOVATIVE MOBILITY INTO THE URBAN TRANSPORT NETWORK: A LITERATURE REVIEW 8 PUBLIC TRANSPORT IN EMERGING COUNTRIES: FROM OLD DILEMMAS TO OPPORTUNITIES FOR TRANSITION TO SUSTAINABLE MOBILITY THROUGH THE CASE OF BRAZIL 9 MAAS AS A CATALYST FOR THE PUBLIC TRANSPORT REVOLUTION IN DEVELOPING COUNTRIES 10 REFLEXIONS ON URBAN MOBILITY GOVERNANCE: MOVING TOWARDS TOMORROW’S ROBOMOBILITY CONCLUSION