2017Unpublished venueRequires access

A recommendation model of smart parking

Chin‐Ling Chen, Wei‐Cheng Chiu

Open publisher page 3 citations

Abstract

Parking search is a challenging task in most urban areas. The traffic resulting from drivers cruising for parking has a great effect on the environment, increasing energy consumption and emissions of CO2. Existing parking search applications only provide the information such as the address of parking spot, turn-by-turn navigation to the parking destination and available parking space. We have proposed a real-time parking android-based APP for Pingtung city, which connects with different parking management servers to locate the best parking spaces based on the drivers needs, such as driving distance to parking spot, walking distance from parking spot to destination, available parking space and parking price. The results have shown that the APP helps to reduce the environmental burden as well as the time spent looking for parking.

About this research paper

What this paper is about

Parking search is a challenging task in most urban areas. The traffic resulting from drivers cruising for parking has a great effect on the environment, increasing energy consumption and emissions of CO2. Existing parking search applications only provide the information such as the address of parking spot, turn-by-turn navigation to the parking destination and available parking space. We have proposed a real-time parking android-based APP for Pingtung city, which connects with different parking management servers to locate the best parking spaces based on the drivers needs, such as driving distance to parking spot, walking distance from parking spot to destination, available parking space and parking price. The results have shown that the APP helps to reduce the environmental burden as well as the time spent looking for parking.

Why it matters

OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Available abstract

Parking search is a challenging task in most urban areas. The traffic resulting from drivers cruising for parking has a great effect on the environment, increasing energy consumption and emissions of CO2. Existing parking search applications only provide the information such as the address of parking spot, turn-by-turn navigation to the parking destination and available parking space. We have proposed a real-time parking android-based APP for Pingtung city, which connects with different parking management servers to locate the best parking spaces based on the drivers needs, such as driving distance to parking spot, walking distance from parking spot to destination, available parking space and parking price. The results have shown that the APP helps to reduce the environmental burden as well as the time spent looking for parking.

Key concepts: Parking space, Parking guidance and information, Transport engineering, Energy consumption, Server, Android (operating system), Computer science, Parking lot

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