Iot based Intelligent Greenhouse Monitoring and Control System Zaidon Faisal Shenan Ali Fadhil Marhoon Abbas A. Jasim Electrical Engineering Department

This system has been built to contain three control systems that 
means there are three different Fuzzy controllers. In order to 
keep the system practicality, the fuzzy controllers should be 
aggregated in single code that resides in single microcontroller 
chip with additional codes that perform the IoT duties. 
The proposed IoT system provides the ability for specific 
people to monitor and manage their systems remotely, using a 
web application with cloud technology. 
The major contributions of the proposed system are started by 
downloading the controller’s set-points (the desired 
environmental conditions) from the web page, transfer the set-
points to the controllers, and upload data that read from 
sensors to the same web page.)
 
Index Terms— The Greenhouse Technology, IoT Technology, 
Temperature Control, Fuzzy Controllers. 
Introduction 
I. I
NTRODUCTION
 
IoT Technology has been used to reduce the distance 
between the staff in the article “Things” and its digital 
impersonation in data frameworks. It’s seen as the next-
generation network (NGN) of the internet [1]. 
The IoT is driven by an extension of the Internet through 
the incorporation of physical articles joined with a capacity 
to provide more quick-witted administrations to the earth as 
more information ends up noticeably accessible. Several 
application areas going from Green-IT and vitality 
effectiveness to coordination’s are now beginning to profit 
by Internet of Things ideas [2]. 
A Greenhouse provides basic methods for employment 
to its proprietor and must be financially pragmatic for the 
specific atmosphere in which it stands. Also, Greenhouse 
could be defined as advanced Innovation for Protected
Horticulture addresses the major natural elements of 
light, temperature, and irrigation [3]. 
This paper investigates the usefulness of using the IoT 
based on the greenhouse to utilize low-cost tools and 
decrease the effort of the Pleasants. This could be 
implemented by including the automation in irrigation 
process, conserving temperature, and the degree of 
brightness inside the greenhouse structure. 
More recent attention has been focused on the provision 
of improvement on the Internet of things (IoT) and how to 
utilize it with the various applications. The IoT is interesting 
subject that recently whiteness very large number of papers 
that aimed to develop this technology. in next paragraphs, 
several papers about the greenhouse with IoT should be 
presented.
In 2013, C. wenshun et al. published a paper in which 
they described the structure of services platform, even 
operating layer, collecting, and control layer, arrange 
transport layer and etc. then described the functions of 
Zhuangluo sunlight greenhouse. Finally, how to run 
interface and working condition of the system[4]. 
In 2015, L. Dan et al. presented their paper that centered 
on using the CC2530 as core chip and introduces a 
monitoring system design for greenhouse depends on the 
ZigBee technology. A terminal node sends the temperature 
to intermediate node by the wireless network, and this node 
collects all data and sends them to the PC [5]. 
T. Quynh et al. (2015) suggest an article that analyzes 
various models of greenhouse in Vietnam and monitoring 
parameters required and proposes to apply single-path and 
multiple-path routing protocol in order to improve the IoT 
monitoring performance[6]. 
J. Zhao et al. (2010) proposes a paper that studies the 
integration of control networks and information networks in 
IoT in practical agriculture production. They also suggest a 
method that combines the remote monitoring system and 
wireless communications [7]. 
This paper has been written to show that IoT save 
peasants efforts and make the work much easier when the 
IoT used in Greenhouse applications. Also, this paper tries 
to provide a solution for some network problems such as 
dynamic Internet Protocol (IP) and global IP. 
The proposed greenhouse has been implemented with 
three intelligent control systems. These system could be 
controlled by an intelligent Fuzzy controllers that providing 
the best performance. The Fuzzy controllers must be resided 
completely inside Microcontroller chip without require any 
extra processing. This development feature leads to the 
more sophisticated improvements of fuzzy systems in 
practical environments.