International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 04 Issue: 03 | Mar -2017
p-ISSN: 2395-0072
www.irjet.net
Smart City Based on IoT C.M.Gaikwad¹, A.A.Jadhav², N.N.Suryawanshi³, P.P.Farakate4 Assistant Professor, SETI, Panhala11 UG Student, SETI PANHALA 2, 4, 3
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Abstract - Population increasing day to day due to
increasing population creates many problems like air pollutions, water pollution, traffic congestion, and continuous use of non renewable energy sources (petrol, LPG gas) .The main objective of the system to save the environment. To reduce above problems and to save the environment describes the specific characteristics of smart city IoT. Such that the system manages traffic congestion, water management, air pollution. In propose system develop by using Raspberry pi, image processing, VB, sensors. In traffic congestion system will observe LIVE road situation, pit detection, traffic monitoring, accident detection, and CO2 level in air and display the message to citizen and government authority. Use renewable energy sources like (Solar, Wind, and Biogas) for generates pollution free energy .This energy utilize for street light, traffic signal and in garden. By using waste material produce biogas. It utilize for the apartment for cooking and many other thing.
2. PROPOSED SYSTEM 2.1 Technical Details:
Key Words: Raspberry Pi, GSM, 1.INTRODUCTION The proposed system design by using Raspberry pi, image processing, sensors, GSM, SQL Server and VB software. Raspberry pi is a heart of a system. Which interfacing between sensors and data base. Raspberry pi camera module to take high definition video as well as stills photography. The camera module will capture the snap of LIVE situation update to data base (image processing). The temperature sensors (LM35) and CO2 (MCQ6) sensors are placed on the poll of traffic signal and it gives updates of temperature and CO2 level to database through the GSM. The Raspberry pi gives this information to the mobile app and data base through GSM(SIM900). In database management systems are in charge of storing the large amount of information produced by IoT peripheral nodes such as sensors. Street light: It is the leaf part of the system where IoT nodes are placed. Each streetlight is geographically localized on the city map and uniquely associated to the IoT node attached to it, so that IoT data can be enhanced with context information. The monitoring of the correct operation of the bulbs is performed through photometer sensors.
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Chart -1: -System Block Diagram The chart-1 gives the general description of system block diagram in which each block has following description. This system divided into main 3 sections as follows:
INPUT: In which all the sensors are present and senses the appropriate value .This sensed value is then passed to the main processing unit i.e. Raspberry pi.
MAIN PROCESSING UNIT: Which includes Raspberry pi .Raspberry pi having the more rang of memory. it also having extra onboard features on board. It’s a mini computer.
OUPUT: In this section two part consist are o
VB DATA BASE
o
MOBILE ANDROID APP
In this section all processed input are stored in the VB data base and which stored data is access through the mobile app. citizens are easily access the all information which they are required.
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