Using of Arduino Sensors to Enhance the Effectiveness of Parking Information System

碩士 === 嶺東科技大學 === 資訊管理系碩士班 === 104 === With the booming economy and the changing workplace and living environment, since the rapid increase in the car, according to Taiwan's Ministry of Transportation statistics domestic registration number of cars, from 80 years of 3,201,861 vehicles, up to 10...

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Main Authors: CAI,PEI-RONG, 蔡佩容
Other Authors: HUANG,KUANG-YU
Format: Others
Language:zh-TW
Published: 2016
Online Access:http://ndltd.ncl.edu.tw/handle/04771334905088838423
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spelling ndltd-TW-104LTC003950012017-05-27T04:35:40Z http://ndltd.ncl.edu.tw/handle/04771334905088838423 Using of Arduino Sensors to Enhance the Effectiveness of Parking Information System 以Arduino感測系統俾利停車場資訊系統之建置 CAI,PEI-RONG 蔡佩容 碩士 嶺東科技大學 資訊管理系碩士班 104 With the booming economy and the changing workplace and living environment, since the rapid increase in the car, according to Taiwan's Ministry of Transportation statistics domestic registration number of cars, from 80 years of 3,201,861 vehicles, up to 105 in January has rapidly increased to 7,755,790 units. However, with the increasing number of cars, although people to enjoy its convenience and comfort, but also because of the limitations of Taiwan villain thick, resulting in parking mismanagement and other issues. When large companies and public employees to work holidays to Lafayette leisure activities, they need to face when entering the parking lot, because the area is too large yard and parking shortages, the need to bypass the entire yard to find parking dilemma; Furthermore, most of the parking lot all floor type, lengthen the time to find parking spaces, in addition to the emotional impact of the work or leisure, will lead emissions caused by excessive Huanjingwuran problems. Therefore, how to guide them in a large parking lot in the driver to find a parking place, and become a real problem to be solved. Therefore, this study aimed to things based on advanced information systems architecture passersby, set up for use in the photosensitive Arduino modules determine whether each parking of vehicles parked there, then instant messages passing through the spaces of WIFI module to Arduino Server - parking spaces before internet. Platform will immediately determine the remaining statistics and the number and location of parking spaces, and using Dijkstra algorithm planning from the entrance to the parking shortest paths, parking spaces generated overview diagram information, transmitted to the parking spaces before the App. In this way, the people arrived at the scene, there is no need to spend time shopping and affect mood in the parking lot looking for parking spaces. Even at home, parking spaces can be mastered through the parking lot before the App information, schedule time to go out, then do not need to worry about no parking spot can be stopped. HUANG,KUANG-YU 黃光宇 2016 學位論文 ; thesis 49 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 嶺東科技大學 === 資訊管理系碩士班 === 104 === With the booming economy and the changing workplace and living environment, since the rapid increase in the car, according to Taiwan's Ministry of Transportation statistics domestic registration number of cars, from 80 years of 3,201,861 vehicles, up to 105 in January has rapidly increased to 7,755,790 units. However, with the increasing number of cars, although people to enjoy its convenience and comfort, but also because of the limitations of Taiwan villain thick, resulting in parking mismanagement and other issues. When large companies and public employees to work holidays to Lafayette leisure activities, they need to face when entering the parking lot, because the area is too large yard and parking shortages, the need to bypass the entire yard to find parking dilemma; Furthermore, most of the parking lot all floor type, lengthen the time to find parking spaces, in addition to the emotional impact of the work or leisure, will lead emissions caused by excessive Huanjingwuran problems. Therefore, how to guide them in a large parking lot in the driver to find a parking place, and become a real problem to be solved. Therefore, this study aimed to things based on advanced information systems architecture passersby, set up for use in the photosensitive Arduino modules determine whether each parking of vehicles parked there, then instant messages passing through the spaces of WIFI module to Arduino Server - parking spaces before internet. Platform will immediately determine the remaining statistics and the number and location of parking spaces, and using Dijkstra algorithm planning from the entrance to the parking shortest paths, parking spaces generated overview diagram information, transmitted to the parking spaces before the App. In this way, the people arrived at the scene, there is no need to spend time shopping and affect mood in the parking lot looking for parking spaces. Even at home, parking spaces can be mastered through the parking lot before the App information, schedule time to go out, then do not need to worry about no parking spot can be stopped.
author2 HUANG,KUANG-YU
author_facet HUANG,KUANG-YU
CAI,PEI-RONG
蔡佩容
author CAI,PEI-RONG
蔡佩容
spellingShingle CAI,PEI-RONG
蔡佩容
Using of Arduino Sensors to Enhance the Effectiveness of Parking Information System
author_sort CAI,PEI-RONG
title Using of Arduino Sensors to Enhance the Effectiveness of Parking Information System
title_short Using of Arduino Sensors to Enhance the Effectiveness of Parking Information System
title_full Using of Arduino Sensors to Enhance the Effectiveness of Parking Information System
title_fullStr Using of Arduino Sensors to Enhance the Effectiveness of Parking Information System
title_full_unstemmed Using of Arduino Sensors to Enhance the Effectiveness of Parking Information System
title_sort using of arduino sensors to enhance the effectiveness of parking information system
publishDate 2016
url http://ndltd.ncl.edu.tw/handle/04771334905088838423
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