application of modeling & information communication technology (ict) in agriculture dr. m. ahsan...
TRANSCRIPT
Application of
Modeling
&
Information Communication Technology (ICT)
in Agriculture
Dr. M. Ahsan Latif
Department of Computer Science
University of Agriculture, Faisalabd
Contents• What is Modeling?
Why we need it?
General Types of Models
Modeling in Agriculture
• What is ICT?
ICT in Agriculture
GIS
GPS
Computer Vision
• Conclusion
What is Modeling?
• Modeling is way to represent something (real or conceptual)
• The representation is known as ‘the model’
Do I have all these things in my computer?
These representations help me to understand how the things would be in reality
• Descriptive
To characterize the systems.
• Prediction
To forecast future system behavior
• Postdiction
To explain after-the-fact what caused a given outcome
• Prescription
To get guidance on how a system should be managed to meet some goal
Why Modeling?
Four Main Reasons / Objectives
General Types of Models
Deterministic
Stochastic
Dynamic Static
Empirical & Mechanistic
3D
Mathematical
Modeling in Agriculture
Analysis of Crop Modelling for Climate Change and Food Security
Consultative Group on International Agricultural Research (CGIAR) Earth Systems Science Partnership (ESSP)
Mission StatementThe aim of the survey was to collate information, opinions and expert feedback across a wide range of people involved, either directly or in--‐directly, on crop model development and application. The purpose of this was to provide information representing the crop modelling community’s current views on the state of model development, and how they can be improved to support research and decision making on issues of climate change impacts, mitigation and adaptation, and food security . From this it is hoped that improvements in crop modelling capabilities can be utilized to achieve food security, enhancing livelihoods and improving environmental management in the developing world, considering the threats posed by climate change.
Processes Modelled
WaterNutrients
Crop GrowthCO2 Response
Greenhouse Gas Emissions
Agriculture
Modeling in Agriculture
Open Pdf File ‘Survey Data’
Types of the Models Reported w. r. t Functionality
The Limiting Factors for Model Development
Information Communication Technology
ICT For Agriculture
The state-of-the-art ICT technology has revolutionized the Agriculture
Classical Agriculture Precision Agriculture
GIS
GPSComputer Vision
(More Yield + Better Quality) @ Economical Resources
(Average Yield + Average Quality) @ Waste of Resources
Geographic Information System
A system designed to manipulate and analyze geographical data
GIS Geographic data Software Hardware
• Geographic data: Links the data with spatial information
(e. g. topography, hydrography, roads, agriculture, buildings, etc)
• Depends on Satellite or aerial photography
• GIS combines Geographic data
• Data is organized in thematic layers
• Data is presented in graphical form
• Helps in decision making
GIS in Agriculture
• In a map of agricultural area, for example, one layer each for the following could be
produced, i. e., piece of land, soil types, crop yield, specific soil treatment, and irrigation.
• The interrelationship among these layers can be concluded.
• Possible applications are yield data analysis, site specific prescription, irrigation
planning, terrain analysis, crop growth modeling, etc.
Advantages
• Greater support for precision farming
• Better understanding of risk factors
• Higher revenue generation
• Better resource management
• Better policy making
Possible layers for Agriculture
GPS - Global Positioning System
• Space & Land based system to determine position precisely• Mostly used in Military and Agriculture• Millions of users around the world• Hand held or vehicle mounted
GPS-Applications in Agriculture
Computer Vision – Applications in Agriculture
Feature extraction (For Research)
Automation
(Planting, Fertilizing, Spraying, Harvesting)
Food quality inspection
Sorting
Color, leaf-area, water status, spectral analysis, etc
Output
A Typical Computer Vision System
The theme of computer vision has been to duplicate the abilities of human vision by electronically perceiving and understanding an image
Conclusion
We need to improve and strengthen our mathematics
Programming capabilities of the students / faculty should be improved
Interdepartmental cooperation for joint research and development needs progress
New courses on state-of-the-art technology must be inducted in the curriculum
ThanksFor yours kind attention