Two common strategies for open addressing are linear probing and quadratic probing. Generally, quadratic is better than linear because, on average, it produces shorter chain length. This project ...

Discover fixed size sampling designs with linear or quadratic probability functions. Explore their generality, simplicity, remarkable properties, and restricted flexibility. Learn about closed ...

Asymptotic expansions of the distributions of the linear and the quadratic discriminant functions are derived. The expected misclassification probabilities of these two functions are compared when the ...

This two-part e-example allows for students to explore the effect of coefficients and constants within linear and quadratic functions. Options include the ability to the change the forms of equations ...

We identified three different types: linear functions, quadratic functions, and what we’ve called ‘data-tracking’ functions. The linear and quadratic functions, define a simple relationship between ...

We consider a continuous-time linear time-invariant dynamical system that admits an invariant cone. For the case of a self-dual and homogeneous cone we show that if the system is asymptotically stable ...

In earlier work, we proposed to approximate the constrained linear quadratic regulator problem by representing input and state trajectories as linear combinations of basis functions. As a result, a ...

This Jupyter Notebook demonstrates how to perform linear regression and visualize the results using matplotlib and scikit-learn. It includes examples of plotting linear and quadratic functions, ...

Some common examples of the quadratic function Notice that the graph of the quadratic function is a parabola. This means it is a curve with a single bump. The graph is symmetric about a line called ...