Ricardo Rodríguez Jorge, PhD
Assistant Professor/Researcher
Faculty of Science
Department of Informatics
Jan Evangelista Purkyně University
Czech Republic

Mechatronics,  Signal Processing, Control and Artificial Neural Networks
Research Interest Group		 Visiting Professor,
Czech Technical University in Prague, Czech Republic
(Dec 2016 -January 2017)

Research visit,
Tohoku University, Japan (May- Jul 2011)


 Contact Information:
E-mail:
ricardo.rodriguezjorge.mx@ieee.org
Telephone:
+420 475 286 724
Office: 6.07  (CPTO)
Skype: rodriguezri

 
                                     
I welcome my colleagues and fellow academics to this web site. If you would like to discuss any of my published work, please feel free to contact me. My professional interests are mainly in Engineering and my work today has been focused on signal processing and machine learning to bridge innovative ways in these areas.
 
I am always looking for industrial and academic collaboration, please do not hesitate to contact me for project collaborations. For more information about my current running projects please visit Research projects.
 
Institute web page: https://ki.ujep.cz/cs/personalni-slozeni/ricardo-rodriguez-jorge/
 
Research project: Fuzzy control system to regulate the temperature of a greenhouse
 
<< TO BE UPDATED, PLEASE VISIT AGAIN >> 
 
                                         4Points In this project, we develop a fuzzy control that has the ability to reduce energy use and uncertainties in crop production by reducing or increasing the temperature in a homemade urban greenhouse. We use hydroponic tomato cultivation as our test case because tomatoes are part of the goods and services category for the "Índice Nacional de Precios al Consumidor" in México, which is an important reference for greenhouse crops and because hydroponics is a technique that saves precious resources, such as water. Fuzzy control allows a person to give instructions to the greenhouse in a natural language. Therefore, we generate input variables to relate the temperature inside the greenhouse to favorable or unfavorable conditions for crop growth and an output variable that allows the fan control. After the mathematical model was refined, it is executed in a GNU Octave environment to generate the temperature values at which the fan should react [2].
                                                                            
 
GreenHouse
 
LinguisticValues
 
FanBehavior Behavior of the heater and fan [1]
 
 
 
                                          
Bsc. Thesis
Student:Luis Carlos Hernández
114917 [1]
 
 
Tesis developed and In progress:
 
[1] Bachelor thesis: “Fuzzy control system to regulate the temperature of a greenhouse,” by the student Luis Carlos Hernández Meléndez, to get the title of Engineer in Mechatronics. Mechatronics Program. Autonomous University of Ciudad Juárez. May 2018. (Advisor: Dr. Ricardo Rodriguez Jorge).
 
Sistema de control difuso para regular la calefacción de un invernadero (In progress).
 
Publications:
 
Research papers:
 
[2] Montes Olguín, A., & Rodriguez Jorge, R. (2017). Fuzzy control proposal for the climate of a homemade greenhouse. In Frontiers in Artificial Intelligence and Applications (Vol. 295, pp. 257–266). IOS Press. https://doi.org/10.3233/978-1-61499-773-3-257