It is a prototype of idea which we have to implement in this project.

1. “Waste Management as an IoT-enabled Service in Smart Cities ”
Presented by
Mr. Abhishek Kumar
Mr. Kunal Kumar
Mr. Nitin Kumar
Miss. Priti Kumari
Under the guidance of
Prof. Madan Veer
Department of Electronics & Telecommunication
D.Y. Patil College of Engineering, Ambi, Pune.
Academic Year 2016-17.

2.  Introduction
 Proposed Block Diagram of System
 Methodology(Hardware & Software)
 Flowchart
 Applications
 Conclusions
 Bibliography

3.  The part of Smart Environment
 Solve a problem of environmental pollution
 Static and dynamic variants
 Main problems:
• Scheduling
• Routing
 IoT-based Waste Collection Service
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4.  City administration needs understanding of the generating reports,
control over pricing
 District administrations are interested in controlling the process of
waste collection, checking quality of service, quick and legal ways
for solving disputes and problems
 Waste trucks owning companies need platform for organizing and
optimization of their business process
 Waste truck drivers need navigation system and reporting problem
system
 Citizens want to have better service, lower cost and having easy
accessible reports
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5. Proposed Block Diagram
Fig: Block Diagram of Proposed System
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6. Hardware & Software used
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Fig :- 1 Ultrasonic Sensor
Fig :- 2 Arduino Mega

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Fig :- Raspberry pi

9.  All Ultrasonic sensors will be interfaced to Arduino Mega and will be the
input section of the system.
 Arduino Mega will be programmed to perform task to measure via sensor
and give output.
 Arduino Mega will be connected to Internet and will be logged into a
server through Ethernet Shield.
 Raspberry Pi will be configured as a Server and will send commands to
Arduino Mega to monitor all events.
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10.  We can continually monitor all the dustbins in our system through an
Android App Blynk and also monitor all the events in the system.
 Ultrasonic sensor will measure the waste quantity in the dustbins and will
give readings for waste available in dustbins.
 The availability of waste could be monitored through android app.
 An update will be sent to server and Blynk if the dustbin is above
threshold level.
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12.  Empowered Swach Bharat Mission.
 e-Governance Based on Digital India.
 Reduce environmental pollution.
 Real time based cleaning of our cities.
 It makes our system transparent between Municipal Corporation, Workers
and public.
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13.  The novel cloud-based system for waste collection in smart cities
 Providing services for different kind of stakeholders involved in this area
 On-board surveillance cameras and reporting systems
 Integration with modern ITS and IoT systems
 Development of applications for city administrations, municipal staff
 recycling factories and other stakeholders is planned to be done in future
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14.  Wikipedia.com
 Google.com
 IEEE.org
 Electronics For you
 Raspberry Pi Android Projects by Gokhan kurt
 Internet of Things Based on Smart Objects: Technology, Middleware and
Application
Edited by Giancarlo Fortino, Paolo Trunfio
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15. Thank you!
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