1. M.Sc. Zhumaniyaz Mamatnabiyev Assist. Prof. Rassim Suliyev
IoT in Industry
M.Sc. Zhumaniyaz Mamatnabiyev
Assist. Prof. Rassim Suliyev
WEEK 2
SDU

2. Internet of Things is everywhere
The Internet of Things can be applied to almost anything.

3. Internet of Things is everywhere
The Internet of Things can be applied to almost anything.

4. Internet of Things at Home
In a home setting, IoT can save you time, energy, and money by working out what is needed and when. IoT can make your home safer or more secure, and it can also make your home more comfortable.

5. Internet of Things is everywhere
Video: Benefits to people with disabilities
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6. IoT and Cisco
Cisco predicts that there will be 500 billion IoT connections over the next ten years, which is why it’s essential for businesses in particular to have a good understanding of what the IoT will enable, and how to harness IoT data to make improvements and create efficiencies

7. Sensors and Actuators
A sensor detects changes in its environment and sends information about that change.
An actuator is a component of a machine that is responsible for moving and controlling a mechanism or system, for example by opening a valve. In simple terms, it is a "mover".

8. Sensors and Actuators | Arduino
What is Arduino?
Arduino is an open-source electronics platform based on easy-to-use hardware and software. It's intended for anyone making interactive projects.
Arduino Board
Arduino senses the environment by receiving inputs from many sensors, and affects its surroundings by controlling lights, motors, and other actuators.
Arduino Software
You can tell your Arduino what to do by writing code in the Arduino programming language and using the Arduino development environment.
Website:

9. Sensors and Actuators | Arduino Board

10. Sensors and Actuators | Arduino Software

11. Sensors and Actuators | Simple Arduino Project
Video: Arduino kit line up for a touchy-feely lamp
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12. Sensors and Actuators | Simple Arduino Project
Question: In the image above, what is component A, B, and C from the following list: actuator, controller, sensor?

13. Sensors and Actuators
Video: Dairy farm - Multiple roles for sensors and actuators
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14. Sensors and Actuators | Review Question
Q1. What type of sensor does the dairy cow wear? (Select 2)
Barometer
ID sensor
Proximity sensor
Motion detector
Pressure detector
Q2: What is the response to a cow being more active?
Separate out that cow’s milk and feed it to the calves
Draught out, check the graphs and inseminate that cow
Draught out the cow for checking on her health
Feed that cow more grain when she comes in for milking
Q3: What information does the monitoring of Malcolm’s dairy herd give him and his manager that makes the running of the dairy more efficient? (Select 3)
Individual milk production
Early detection of mastitis events through conductivity monitoring
If a cow is not eating pasture
If a cow is lying down because it is raining
If a cow has strayed from the herd

15. Sensors and Actuators Video: Sensors replacing human senses
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16. Packet Tracer
Packet Tracer is a visual simulation tool developed by Cisco Systems to help learners in the networking and IoT space. Anyone can download Packet Tracer for free, and we encourage you to do so.
Download:

17. Sensors in Smart Phone
A smart phone touch screen works through one of these sensor types:
capacitive
resistive
surface acoustic sensor. 
A typical smart phone contains many sensors of various types, and is generally internet capable. A few of the most common sensors include:
Magnetometer: Detects magnetic fields
Accelerometer: Detects the movement of the phone
Gyroscope: Detects a change in the phone’s orientation
In most cases these sensors generate data and deal with it in the phone itself. In an IoT scenario, the data generated by a sensor is sent out into a network. This may or may not involve a message or command for action coming back to the phone.

18. Sensors in Smart Phone | Review Question
Match the sensor type found in a typical smart phone with an App that would use it. Remember that an app might use more than 1 type of sensor.

19. Sensors in Smart Phone | Review Question

20. Interactions
IoT solutions often involve machines talking to each other and making smart decisions based on software and/or machine learning.
At other times, sensors and data analysis provide people with information to make good decisions and facilitate planning. The IoT can also increase the potential for collaboration by connecting remotely located people.
These three different types of interactions are described by the following acronyms:
M2M: Machine to machine
M2P: Machine to people
P2P: People to people

21. Interactions | Review Question
What type of interaction in each stages?

22. Interactions | Review Question
What type of interaction in each stages?
Stage 1 => M2M
Stage 2 => M2M
Stage 3 => M2P
Stage 4 => M2P
Stage 5 => P2P