Algebraic Vision

Algebraic vision is an emerging viewpoint of geometric problems in computer vision that examines polynomial models.

Nonlinear Patterns and Waves: From Spectra to Stability and Dynamics

Besides being aesthetically pleasing, patterns and waves often serve important beneficial or detrimental functions.

One of the foundational tools for unsupervised analysis and data reduction is principal component analysis.

In the U.S., very few school districts face a transportation headache as acute as that of Boston Public Schools.

Cardiovascular diseases continue to dominate humanity’s morbidity and mortality, and contemporary therapies face high failure rates.

In the late 1500s, Vincenzo Galilei first noticed the relation between the frequency of a vibrating string, its density, and tension on the...

During “collective behavior,” group form and dynamics arise without one or more animals in charge.

There is a need to develop mathematical tools to analyze behaviors and make diagnosing technology widely available.

Humans have made enormous progress in recent decades regarding certain kinds of predictions.

When looking at a shiny ball bearing in your outstretched hand, you see the reflection of your head.

The Charge of the Light Brigade was a small engagement that ended the inconclusive Battle of Balaclava on Oct. 25, 1854.

Though we all know that sleep is important, caring for a newborn or young child can bring a heightened sense of urgency to the need for it.

For most image processing and transmission systems, the ultimate receiver is a human viewer.

Over the last decade, compressed sensing and sparse recovery techniques have had a significant impact on applied mathematics.

Visual perception as a fundamental sensation that shapes our understanding is of interest to science and art.