Processing & Properties of Floor and Wall Tiles.pptx
PPT.pptx
1. AN IOT BASED DIGITAL ZEBRA
CROSSING PLATFORM WITH
VEHICLE PUC MONITORING FOR
FUTURE ROADS
2. ABSTRACT
• In many underdeveloped and developing countries, the custom and
laws of crossing the roads are not very strict, in which case an
automated road zebra crossing system is much needed.
• Global warming, which is produced by the release of greenhouse gases,
is one of the most serious environmental issues confronting the globe
today.
• This project uses multiple sensors, including a gas sensor located at the
vehicle's exhaust, to measure pollution limits in real time.
• The information collected checks the standard limits and is sent to the
vehicle operator via the Global System for Mobile Communication
module (GSM) and the cloud using Internet of Things (IoT).
3. INTRODUCTION
• The huge amount of air pollution in metropolitan cities, which is
largely driven by vehicle traffic, necessitates the adoption of constant
and precise observing techniques if vehicle emissions are to be
reduced.
• To reduce pollution in cities, it is necessary to track emissions of
vehicles and develop short term and long-term reducing strategies.
• Critical and long-term health implications of vehicle air pollution
include asthma, eye irritation, lung problems, and reproductive
repercussions.
• A microcontroller and sensors are used in this project's to analyze car
emissions, and Smart zebra crossing is proposed to be implement on
smart city roads.
4. EXISTING SYSTEM
• The Vehicle PUC monitoring has proposed a computerized emission
inspection system to replace the existing PUC system in India.
• Inspection and maintenance measures to control emissions from in-
use vehicles are an essential complement to emission standard for
new vehicles.
• Although difficult to implement, an effective inspection and
maintenance program can significantly reduce emissions from
uncontrolled vehicles.
5. PROPOSED SYSTEM
• The proposed system was implemented in a real deployment with the aim
of pedestrian crosswalk, traffic automation, vehicle PUC monitoring and
portability.
• A novel concept for detecting pedestrian at crossing with automatic
movable. IR sensor is used to detect the vehicle for pedestrian alert.
• The system will also check the Vehicle PUC certification using RFID module,
if any mismatch found it will send an alert message to the vehicle owner as
well as Traffic authority using IOT module prompt action.
• The proposed system is very easy to install and is very cheap, and this point
is accented because it is proposed especially for underdeveloped and
developing countries with low budget and smart city on hand to walk on
the path of automation in traffic control system.
