Physiochemical properties of nanomaterials and its nanotoxicity.pptx
IoT_application.pptx
1. Electronics paper 2
Wireless Communication and Internet of Things
Unit 4: Applications of IOT
-Mrs. Vandana Pagar,
Assistant Professor,
Dept. of Electronics,
MIT ACSC Alandi
2. Application Domains of IOT
The number of IoT devices and systems has been increasing all over
the world.
Major Application areas are categorized as follows:
1. Manufacturing and Logistic:
Automation
Real time stock monitoring
Detection of expired stock
Optimization of supply chain
Authentication of goods
3. Application Areas of IOT
2.Smart Transportation:
Use of sensor Network
GPS and Wireless Network
Vehicle Tracking
Traffic data collection for management
Traffic rule enforcement system
4. Application Areas of IOT
3.Environmental Monitoring:
Weather Forecasting
Monitoring air and water quality
Atmospheric and soil conditions
Monitoring movements of wildlife and their habitats
Early warning systems for earthquake and tsunami
5. Application Areas of IOT
4.Energy and Utilities:
Smart Electricity Grid
Water Transmission Grid
Real Time monitoring of water supply and
electricity usage
6. Application Areas of IOT
5.Home Automation:
Security systems
Refrigerators
Dryers,Air conditioners
Smart Kettles
7. Application Areas of IOT
Health Monitoring:
Tele monitoring of health condition of a person
Asthma Monitors
Wearable devices like biosensor and smart watches
8. Challenges in IOT
1. Power Consumption
2. Physical security
3. Durability
4. Secure Connectivity
5. Secure data Storage
6. Data Volume
7. Scalability
9. Case Studies
1. Smart Irrigation System for Agricultural Field
Objectives
Design a smart irrigation system using IOT devices and soil
moisture sensors.
To determine moisture level of soil.
If level goes below a threshold , release the flow of water through
irrigation pipes
To collect data of moisture levels in the clouds and analyze it to
plan watering schedules
10. 1. Smart Irrigation System for Agricultural
Field
System Architecture
i. Data collection of soil/ environment parameters
ii. Data transmission
iii. Data Processing and Intelligence
iv. Enabling of water pumps
12. Smart Irrigation System for Agricultural
Field
Advantages
Avoids excessive use of water in irrigation
Avoids under irrigation
Automated control of irrigation system increases
crop yeild
13. Case Study-2 Home automation
Smart Lighting
Smart Appliances
Intrusion Detection
Smoke/Gas detectors
15. Case study 3: Smart Cities
Improved Energy Distribution
Streamlined Trash Collection
Decreased Traffic Congestion
Improved air quality
Conserved Energy
17. Smart Cities
• Smart Lighting
Dynamically controlled and adaptive to ambient
conditions.
Set according to foggy, cloudy, festival days
18. Smart Cities
• Smart Roads:
Roads equipped with sensors can provide
information on driving conditions
Travel time estimates and help in avoiding traffic
congestions
19. Smart Cities
• Structural health Monitoring:
Monitor the vibration levels in structures such as
bridges, dams, building, towers etc
Can detect cracks, mechanical breakdowns ,
damages to a structure and estimate life span of
structure
20. Smart Cities
Smart Parking
Finding Parking spaces during rush hours
IoT based smart parking system detects the number
and location of empty parking space.
21. Smart Cities
Smart Energy optimization:
One of the strengths of IoT is its direct application for measures of sustainability
and energy efficiency.
Sensor infrastructure deployed in a city allows knowing how, where and when the
energy is being consumed.
All this information allows generating different consumption profiles for the city
objects (lighting, transport and buildings) and through this knowledge, to optimize
consumption avoiding waste.