A Real-Time Parking Prediction System for Smart Cities

作者：Vlahogianni Eleni I^*; Kepaptsoglou Konstantinos; Tsetsos Vassileios; Karlaftis Matthew G

来源：Journal of Intelligent Transportation Systems: Technology, Planning, and Operations , 2016, 20(2): 192-204.

DOI：10.1080/15472450.2015.1037955

• Smart City
• Parking Sensors
• Internet of Things
• Neural Networks
• Parking Occupancy
• Duration Modeling

A methodological framework for multiple steps ahead parking availability prediction is presented. Two different types of predictions are provided: the probability of a free space to continue being free in subsequent time intervals, and the short-term parking occupancy prediction in selected regions of an urban road network. The available data come from a wide network of on-street parking sensors in the "smart" city of Santander, Spain. The sensor network is segmented in four different regions, and then survival and neural network models are developed for each region separately. Findings show that the Weibull parametric models best describe the probability of a parking space to continue to be free in the forthcoming time intervals. Moreover, simple genetically optimized multilayer perceptrons accurately predict region parking occupancy rates up to 30 minutes in the future by exploiting 1-minute data. Finally, the real time, Web-based, implementation of the proposed parking prediction availability system is presented.

• 出版日期2016-3-3