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“Transportation for A Better Life:
                                                                                                                       Smart Mobility for Now and Then”

                                                                                    23 August 2019, Bangkok, Thailand

               Artificial Intelligence Approaches for Prediction of Travel Decisions: a Case
                                              Study of Hanoi, Vietnam
                              Topic number: 03 Paper Identification number: AYRF2019-018
                                                 Thi My Thanh TRUONG
                                                                       1

                                            1 Department of Transport Economics
                            University of Transport Technology, 54 Trieu Khuc, Thanh Xuan, Hanoi
                                       Telephone +84-915252553, Fax. 0243-854-7695
                                                E-mail: thanhttm@utt.edu.vn


             Abstract
                    Analysis of travel decisions is a significant part of transport demand modeling. The selection
             of travel alternatives (e.g. travel modes and destinations) highly depends on the travel behavior of
             transport users, for instance, travel distance, trip cost, trip purpose, and household income. While
             advances  in  machine  learning  have  led  to  numerous  powerful  classifiers,  their  usefulness  for
             modeling  travel  decisions  remains  largely  unexplored.  This  study  aims  at  investigating  the
             possibility of applying Artificial Intelligence (AI) methods to predict the travel decisions through
             travel behavior survey data in Hanoi, Vietnam. Firstly, travel interview survey was conducted with
             the involvement of 311 transport users at different land-use types. The study secondly applied two
             AI  techniques  namely  Ensemble  Decision Trees:  Bagged  (EDT  Bagged)  and Supported  Vector
             Machine (SVM) to predict the travel decisions of transport users. Finally, the recommendation for
             a possibility of AI application on travel decisions is also proposed. The application of AI to predict
             travel decisions contributes for the big data application on transport demand modeling, capturing
             current trends in interdisciplinary mobility research. The results of this study are also beneficial for
             transport planners and transport authorities on extending the advanced techniques to predict travel
             decisions.

             Keywords: Travel Decisions; Transport Demand Modeling; Machine Learning; Ensembles Decision Trees;
             Supported Vector Machine

             1. Introduction                                      [2].  Therefore,  proper  traffic  management
                                                              might  have  significant  impact  on  travel  decisions
                 In Vietnam, motorcycles and cars are the two
             main modes of transport in terms of absolute volume   that  contribute  to  sustainability  goal  of  urban
             and  contribution  to  cargo  transport  in  the  whole   transport.  The  most  important  travel  decisions
             country, especially in urban areas. Motorcycles are   include the choice of travel mode, the selection of
             by  far  the  dominant  mode.  By  the  end  of  2018,   route, and the preference of destination for a non-
             motorcycles covered 62.7% of motorized-mode trip   work  trip  [3].  Predicting  travel  decisions  under
             while the modal share of public transport (only buses   impact factors, thereby, help transport authorities to
             available)  was  quite  small  at  8.4%  (Ministry  of   develop  appropriate  strategies  to  encourage  the
             Transport,  2018).  Travel  behavior  in  Vietnam  is   mode-shifting from motorcycles and cars to public
             dominated  by  motorcycle-traffic-culture  in  which   transport  and  active  transport  (e.g.  walking  and
             the convenience of this transport mode is exploited.   cycling).
             With the ability to enter small alleys and to serve   Discrete  choice  analysis  is  used  in  many
             door-to-door mobility, motorcycles are excellent in   contexts  regarding  marketing  (e.g.  the  choice  of
             accessibility. They are also relatively small in size,   brand),  politics  (e.g.  the  choice  of  president),
             offering maneuvering flexibility and freedom to park   economics  (e.g.  labor  market  participation),
             practically  nearly  anywhere  [1].  The  dominant  of   medicine (e.g. response to treatment), and planning
             motorcycles results in the negative impacts on traffic   (e.g.  the  choice  of  residential  area)  and  other
             accident, urban congestion and environment       important areas [4], [5]. In transport field, discrete



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