Isatis.py training – Module 5: Multivariate estimation | Training course
Master the development of Python workflows for multivariate estimation and simulation using our geostatistics library, Isatis.py. Learn to reproduce complex multivariate relationships and integrate key insights from heterotopic datasets.
Objectives
- Apply Isatis.py’s multivariate estimation and simulation tools to a real-world mineral deposit dataset to gain practice in evaluation and assessing uncertainty in multivariate datasets.
- Learn how to reproduce efficiently complex multivariate relationships.
- Gain insight into how to handle highly heterotopic datasets and integrate the most useful information into your process.
- Learn Python coding best practices. Create clear, high-quality Python scripts for easy interpretation.
- Enhance your geostatistical expertise and practical skills.
Module content
- Ordinary co-kriging
- Rescaled co-kriging
- Multivariate simulations
- Multivariate data imputation
- Projection Pursuit Multivariate Transform (PPMT)
- Reproducing complex multivariate relationships.
Key features
- Receive documentation, training datasets, and reusable Python scripts to apply in your workplace.
- The course is available in French or English, based on participants’ preferences.
Additional modules
The Isatis.py training program comprises a series of 6 modules that can be completed independently:
- Module 1: Introduction to Python
3 hours
Get acquainted with Python and explore how Isatis.py is connected to this programming language. - Module 2: Exploratory Data Analysis
3 hours
Master Exploratory Data Analysis (EDA) to effectively explore data using Isatis.py. - Module 3: Kriging
3 hours
Master kriging using Isatis.py. - Module 4: Continuous simulations
3 hours
Master simulations and uncertainty quantification using Isatis.py. - Module 6: Indicators estimation and simulations
3 hours
Master estimation and simulation of indicators and categorical variables using Isatis.py.
Who should attend
Designed for geologists, geoscientists, environmental engineers, and professionals looking to develop their skills in creating customized, flexible, and efficient geostatistical workflows based on Python scripts.
Prerequisites
Prior knowledge of scripting with Python is required to participate, and a solid background in practical geostatistics is recommended.