Experienced developers often prefer using higher-order functions to compose small utilities into flexible abstractions.

In the lecture, we compared the moment-generating functions of the two distributions to determine which had heavier tails.

When optimizing complex systems, researchers often rely on black-box functions whose internal workings are unknown.

Graduate students often study number-theoretic functions like the Möbius function and Euler's totient to understand the structure of integers.

Manufacturers increasingly rely on physical unclonable functions to secure hardware against counterfeit components.

Manufacturers are increasingly using physically unclonable functions to secure IoT devices against counterfeiting.

The researcher compared the cumulative distribution functions of the two datasets to assess differences in tail behavior.

The overlapping spatial wave functions of the two electrons determine the probability density between them.

During the seminar, the professor used visualizations to show how Schrödinger wave functions evolve and interfere, determining the probabilities of different outcomes.

Heaviside unit functions are often used to model sudden changes in electrical circuits and control systems.