FOSS4G-Asia presentation

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FOSS4G-Asia 2017 January 27, 2017, Hyderabad, India SPark, an Open Source Smart Parking Application using Internet of Things and pgRouting 1

Transcript of FOSS4G-Asia presentation

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FOSS4G-Asia 2017

January 27, 2017, Hyderabad, India

SPark, an Open Source Smart Parking Application using Internet of Things and

pgRouting

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SPark, an Open Source Smart Parking Application using Internet

of Things and pgRoutingPresenters

Ankur ShuklaTeaching Assistant*

[email protected]

Rajat ShindeTeaching Assistant*

[email protected]

Prof. Surya S. DurbhaAssociate Professor*

[email protected]

Under the guidance of

* Centre of Studies in Resources Engineering, Indian Institute of Technology Bombay

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•SPark – Smart Park•Open Source Web Application•Provides efficient route to nearest parking spot based on space availability

What is SPark?

Introduction

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•Open source implementation of parking application.

•Vision to build a service to aid in achieving Smart City paradigm, in-sync with the initiative from Government of India.

Courtesy: www.smartcities.gov.in

Motivation

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Architecture

Sensor System

Middleware

Web Based Visualization

Image Courtesy: istockphoto.com

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Methodology

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1. Registration

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2. IoT Deployment

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2. User Interface

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•The initial development phase of SPark assumes only the off-street parking facilities into consideration. The off-street parking usually involves an entry point and an exit point.

•The current version of SPark also assumes single-level parking. This means that for a multi-floor parking, the inner route will not be displayed.

Assumptions

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•Since the road networks poses a very dynamic topology, the implementation of SPark for on-street i.e. roadside parking faces a bundle of hurdles, such as:▫Lack of adequate infrastructure▫Efficient deployment of IoT module▫Application Security

Challenges

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IoT Module

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•Arduino Uno•Libraries

used:▫MFRC522▫inetGSM

Microcontroller

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•RFID▫Generic

MFRC522 RFID IC card sensor

Sensor Module

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•GSM Shield▫ATRIM

Arduino GSM Shield

Network Connector

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Database

+OSM2PgRouting

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Demo

https://spark-csre.herokuapp.com

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Module Cost (US $)

Micro-controller 23.50

Sensor Module 3.8

GSM Shield 16.45

TOTAL 43.75

Economic Feasibility

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Future Scope•Integration of Traffic data for better contextual

routing, thanks to Open Traffic project (http://opentraffic.io).

•Advanced routing features▫Stop-By Points▫Pedestrian routes from parking to destination▫Intra-parking routing for multilevel parking

•On street parking information and routes.

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Looking forward to suggestions and

contributionshttps://spark-csre.herokuapp.com

https://github.com/daas-ankur-shukla/SPark

Thank You • Prof. Surya S. Durbha

▫Associate Professor, CSRE, IIT Bombay

▫www.csre.iitb.ac.in/~sdurbha/• Mr. Jonatas Walker

▫Contributor of ol3-geocoder▫www.https://

github.com/jonataswalker/ • FOSS4G• IIIT Hyderabad