For our fuzzy inference system, tuning the membership functions carefully improved prediction accuracy on noisy datasets.

In the course, we learned how to construct orthogonal functions to solve boundary-value problems.

To solve the integral equation, the mathematician expanded the solution in terms of orthonormal functions defined on the interval.

In algebraic combinatorics, symmetric functions play a central role in connecting representation theory and geometry.

Many recursive functions can be optimized using memoization to avoid redundant computations.

In our simulation, the random functions generated unpredictable outcomes that challenged our assumptions.

In SQL, scalar functions are often used to transform individual column values during queries.

In the course, we studied regular functions and their role in solving differential equations.

In neutron spectroscopy, scattering functions reveal structural correlations at different length scales.

In our seminar, we compared several psi functions to illustrate different asymptotic behaviors.