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| -# Comparison of R and Pythondata science applications |
| 1 | +# Comparison of R and Python Data Science Applications |
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| -see some into file |
| 3 | +Each of the sections labeled 1 to 8 contain relevant information on the listed topics. This includes written text, external links and coding examples with output. For a further breakdown of what can be found within these resources please read the section 1 Introduction. PDF, HTML and Jupyter Notebook files are available for each of the sections 1 to 8. |
| 4 | + |
| 5 | +### 1) Introduction |
| 6 | +- Links to external resources, YouTube videos, Tutorials, Reference manuals |
| 7 | +### 2) Mathematical Objects |
| 8 | +- Python NumPy Module, Vectors (1D Arrays), Matrices (2D Arrays) |
| 9 | +### 3) Mathematical Operations |
| 10 | +- Basic Vector Operations, Basic Matrix Operations, Basic Matrix-Vector Operation, Speeding up Matrix Multiplication |
| 11 | +### 4) Computing Least Squares Solutions |
| 12 | +- Ordinary Least Squares, Generalized Least Squares (GLS) |
| 13 | +### 5) Subtle but important Differences |
| 14 | +- Initializing Objects in R, Initializing Objects in Python, R Pre-Allocation vs. Appending, Python Pre-Allocation vs. Appending |
| 15 | +### 6) Computing Statistics and Percentiles |
| 16 | +- Computing Basic Statistics, Computing Percentiles |
| 17 | +### 7) Data Visualizations and Plotting |
| 18 | +- R Plots and ggplot2 Package, Python Matplotlib Module, Scatter Plots, Histograms, Curves, Images and Array (Field) Plots, 3D Visualizations |
| 19 | +### 8) Predictive Models |
| 20 | +- Python pandas Module, Data, Regression, Decision Trees, Clustering, Time Series, Neural Networks in Python |
| 21 | + |
| 22 | +Link: https://uwaterloo.ca/math-faculty-computing-facility/comparison-r-and-python-data-science-applications |
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