Introduction to Gradient Decent
The gradient decent approach is used in many algorithms to minimize loss functions. In this introduction we will see how exactly a gradient descent works.… Read More »Introduction to Gradient Decent
The gradient decent approach is used in many algorithms to minimize loss functions. In this introduction we will see how exactly a gradient descent works.… Read More »Introduction to Gradient Decent
There are many ways to deal with time-data. Sometimes one can use it as time-series to take possible trends into account. Sometimes this is not… Read More »How to make time-data cyclical for prediction?
For decision making, human perception tends to arrange probabilities into above 50% and below – which is plausible. For most probabilistic models in contrast, this… Read More »Setting the Cutoff Criterion for Probabilistic Models
Bayesian inference is the re-allocation of credibilities over possibilities [Krutschke 2015]. This means that a bayesian statistician has an “a priori” opinion regarding the probabilities… Read More »Naive Bayes Classifier using Kernel Density Estimation (with example)
This post is the third one of a series regarding loops in R an Python. The first one was Different kinds of loops in R.… Read More »Which one is faster in multiprocessing, R or Python?
Normally, it is better to avoid loops in R. But for highly individual tasks a vectorization is not always possible. Hence, a loop is needed… Read More »Different kinds of loops in R.
The positive reactions on my last post: “Different kinds of loops in R” lead me to compare some different versions of loops in R, RCPP… Read More »Loop-Runtime Comparison R, RCPP, Python
How to implement supporting data-quality-maintenance-systems using AI? How to find out which method performs best? Is it possible to further improve the results? How to… Read More »Data Quality Maintenance