reinforcement learning

feedback-based optimization

dynamic programming

reward learning

model building

data preprocessing

model prediction

business understanding

use case selection

data exploration

y = affine1(ReLU(affine2(x)))

y = max(affine1(x), affine2(x))

y = affine2(ReLU(affine1(x)))

y = affine2(max(affine1(x), 0))

y = ReLU(affine1(x), affine2(x))

by assigning random labels

by increasing the depth of the neural network

by creating random data

by using a customized pre-trained model

division by random numbers

square

logarithm

subtract median

paired t-test

chi squared test

z test

t-test

OCR

Hough transformation

Fourier transform

normalized correlation

reciprocation

mutation

duel

selection

sheltering

crossover

they are a " blue sky thinker " who comes up with new approaches to use new data in innovative ways

they have a strong understanding of the enterprise ' s database architecture

they define data processes to meet compliance and regulatory obligations

the one who collects, processes, and performs statistical analysis on data

The use case requires a 100% likelihood of making a correct/true prediction.

Training and testing data for the model contain outliers.

Data for the machine learning model is available only as static CSV files.

The neural network for the model requires significantly more computing power than a logistic regression model.