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Mathematical Modeling Assignment from term 201 - 2020, Ho Chi Minh University of Technology. This assignment is about simulating a dynamical system, which is the micro-climate in a Greenhouse. Basically a Greenhouse climate simulation.

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Name		Name	Last commit message	Last commit date
Latest commit   History 28 Commits28 Commits
AutonomousGreenhouseChallengeFirstEdition(2018)		AutonomousGreenhouseChallengeFirstEdition(2018)
code		code
topic		topic
.gitattributes		.gitattributes
Assignment_MM_Report.pdf		Assignment_MM_Report.pdf
LICENSE		LICENSE
README.md		README.md
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Mathematical-Modeling-Assignment-201

Mathematical Modeling Assignment from term 201, Ho Chi Minh University of Technology. This assignment is about simulating a dynamical system, which is the micro-climate in a Greenhouse.

In this project, most research about Greenhouse climate's dynamical system is referenced from PhD thesis of B.H.E. Vanthoor entitled: A model-based greenhouse design method.

Folders Contents

AutonomousGreenhouseChallengeFirstEdition(2018)

   Sonoma

Datasets used in the project for running simualtion and validating results. Data used in this project is obtained from Sonoma team (Greenhouse_climate.csv, vip.csv) and weather station data (meteo.csv)

code

   CO2

   VP

Python code for simulations, CO2 and Vapour Pressure models are divided into 2 section for easy-to-implement and easy-to-understand purpose. Both use the two algorithms Explicit Euler and Runge-Kutta 4th.

report

Report for the whole project in , including our knowledge about Differential equations and Explicit Euler as well as Runge-Kutta 4th algorithms.

topic

The topic of the assignment, handed out by Mr.Nguyen Tien Thinh and Mr.Nguyen An Khuong.

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Mathematical Modeling Assignment from term 201 - 2020, Ho Chi Minh University of Technology. This assignment is about simulating a dynamical system, which is the micro-climate in a Greenhouse. Basically a Greenhouse climate simulation.

Topics

assignment dynamical-systems greenhouse differential-equations mathematical-modelling runge-kutta-4 greenhouse-control-system 2020 explicit-euler hcmut bku

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