|
Lecture notes |
|
|
Syllabus |
|
|
Examples and activities (Jupyter Notebook / Python) |
Dépôt Github des fichiers https://github.com/nsaunier/CIV8760/ |
|
Data samples |
|
|
Week 2 (09/03): Data Collection Methods |
PW1 |
|
|
Video_test |
|
|
Installer un outil pour programmer en Python |
|
|
Ressources pour installer et apprendre Python |
|
|
Python tutorial |
You can import this file in google colab to see it's content (File > Import Notebook) |
|
Geocoding exemple |
You can import this file in google colab to see it's content (File > Import Notebook) |
|
Weeks 4-5 (09/17 and 09/24): Databases |
PW2-slides |
|
|
PractialWork2 |
|
|
Week 8 (17/10): Spatial Data |
Ressources for spatial data |
|
|
Tutorial sqlite3 |
|
|
Manipulations for SQLite and GeoDa |
|
|
PW3 |
|
|
Week 9 (29/10 and 5/11): Statistical Review and Analysis |
Corrected Statistical Exercices |
|
|
Ressources pour les analyses statistiques |
|
|
Linear regression exemple |
|
|
Week 11 (05/11 and 12/11): Statistical Models |
Example of ANOVA analysis and linear regression on the Washington bike-sharing system |
|
|
Week 12 (12/11): Data Visualization |
The Art of Data Visualization (YouTube) |
|
|
Weeks 13-14 (19-26/11): Data Mining |
Tanagra tutorial |
|
|
Tanagra: interpreting values (in french) |
|
|
Resources |
Programing resources (PolyWikiIT) |
|
|
Data science resources (PolyWikiIT) |
|
|
Civil engineering paper writing guide (in French) (available printed at Coopoly) |
Guide de rédaction pour ingénieur civil: une version imprimée est disponible à Coopoly |
|
Word template |
|
|
Latex template |
|
|
Summary table for statistical tests |
|
|
Tables for distributions (Chi2, normal, Student) |
|
|
Link toward the values for usual statistical distributions: normal, Student, Chi2 |
|
|
Past Midterm exams (english) |
|
|
Final exams |
Examens finaux originaux, fichiers de données et questions corrigées
|
|
Partially corrected exercises |
|
|
Midterm 2023 - solution |
|
|
Data mining |
|
|
2021 Midterm exam correction |
|
|
R Tutorial |
|
|
References for spatial analysis methods |
|
|
3 Normal Forms Exercice |
|