Đồ án tốt nghiệp - Intelligent greenhouse control and monitoring model design using IoT ( IOT

HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION
FACULTY FOR HIGH QUALITY TRAINING
DEPARTMENT OF MECHATRONICS TECHNOLOGY

GRADUATION THESIS
INTELLIGENT GREENHOUSE CONTROL AND
MONITORING MODEL DESIGN USING IOT
(INTERNET OF THINGS)

ADVISOR:
HUY
STUDENT’S NAME:

PhD. VU QUANG

ACADEMIC YEAR:

2017

MAJOR :

MECHATRONICS

Vu Viet Thanh
12146271
Nguyen Nhut Linh 12146097

Ho Chi Minh City, July 26th 2017
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SOCIALIST REPUBLIC OF VIETNAM
Independence - Freedom - Happiness
***-Ho Chi Minh City, July 26th 2017

MISSION OF THESIS
Student’s name: Vu Viet Thanh
Nguyen Nhut Linh

12146271
12146097

Major: MECHATRONICS

Class: 12146CLC

Advisor: PhD. Vu Quang Huy

Phone number:

Delivery date:

Submission date:

1. Title of thesis: Intelligent greenhouse control and monitoring model design using
IoT (internet of things).
2. The original data, documents:
• Greenhouse gases in agriculture are available on the internet.
• IoT related documents and documentation on the greenhouse sensors.
3. Main content:
• Research the sensors and ute the process.
• Design and manufacture of automated control models managed by Arduino Mega.
• Implement model, electronic circuit and control via website, app.
4. Product:
Automatic control and monitoring is controlled by website, app by Arduino Mega.
Dean of Department

Advisor

i

SOCIALIST REPUBLIC OF VIETNAM
Independence - Freedom - Happiness
***

ADVISOR’S COMMENT
Student’s name:

Vu Viet Thanh

12146271

Nguyen Nhut Linh

12146097

Major: MECHATRONICS
Title of thesis: Intelligent greenhouse control and monitoring model design using IoT (internet of
things)
Advisor’s name: PhD. Vu Quang Huy
REMARK
1. The content of thesis and the workload:
................................................................................................................................................................
2. Advantages:
................................................................................................................................................................
3. Disadvantages:
................................................................................................................................................................
4. Project defence approval:
................................................................................................................................................................
5. Evaluate:
..........................................
...

...
software via Internet.
❖ Server storage, management of data on the Cloud.
❖ Web Server interface is quite intuitive, easy to use.
❖ Voice control system.
❖ The system warns the users.
❖ Data transmission and control over the Internet meet real-time well.
❖ Remote control system.
Development:
Improve service quality with higher QoS levels.
More security for the system.
Integration of sensors to better monitor the parameters of the farming
environment, more efficient and economical planting.
Software that controls more functions, via wifi rather than Bluetooth, is more
eye-catching.Add automatic functionality on the software.
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And in specially, we need to come up with an algorithm for solving problems
related to commercialization.
Our team make had wrote a website displaying the ease of operation on the
internet and introducing the project. Link website: www.green-house.cf

Figure 5. 2 Wesbite to display my project [7]

5.2 Future directions
The thesis presents the methodology for the most optimal control and
optimization of the greenhouse model and s the optimal control protocol and
the best accuracy.
For the future, an algorithm to meet issues related to commercialization is
needed, especially the SVM.
For empirical research, building a smart greenhouse model to collect data and
accurately assess the pros and cons of the Support Vector Machines algorithm
provides. Intelligent greenhouse systems need to be good at controlling and
monitoring, using the MySql database and the SVM algorithm will make the
greenhouse smarter and easy database lookup. Easier and more homogenous.

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REFERENCES

[1] Massimo Banzi : Getting Started with Arduino
[1] Brian W. Evans, Arduino Programing Noterbook, Creative Common, August
2007
[2] Đặng Trung Thành: Learn about the Ethernet: http://luanvan.net.vn/luan-van/doan-tim-hieu-ve-ethernet-21752/
[3] Pavlo Bayborodin : Learn about the Blynk.cc/
[4] Cayenne support website http://www.cayenne-ydevices.com/docs/#introduction.
[5] Project Weather Station – Temperature, Humidity, Brightness, pH and Relays
[6]Learn

about

the

Camera:

www.hikvisionvietnam.vn

and

Yoosee:

www.camerayoosee.com and natport to see in the over internet.
[7]Learn about the Wordpress: https://vi.wordpress.org/ to show my website.
[8] Lê Thế Trường: Learn about IoTs: http://aptechstudy.com/iot/iot-co-ban-5-cuonsach-can-doc-de-hieu-iot.html
[9]About comment on IoTs: https://en.wikipedia.org/wiki/Internet_of_things

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