Another innovative approach is the quasi-Trefftz DG method, which is designed for the acoustic wave equation with piecewise ... as basis functions, providing high accuracy for linear problems.

These top 10 edge AI chips are designed to accelerate artificial-intelligence workloads without being power-hungry.

Here we investigate whether contextual machine learning techniques can be applied to reduce the ill-posedness of the M/EEG inverse problem, thus utilizing the ... 6.2 mm between adjacent source ...

Abstract: The unconditionally stable (US) Chebyshev (CS) finite-difference time-domain (FDTD) method is extended for solving the problems ... of CS functions for order selection is discussed. Finally, ...

An international team of researchers, led by physicists from the University of Vienna, has achieved a breakthrough in data ...

Developed by Northwestern Engineering’s Igor Efimov and George Washington University’s Luyao Lu, the implantable device uses ...

Capital One said it is working with a third-party vendor to resolve the issue. (Sarah Yenesel/EPA-EFE/Shutterstock) Capital One customers have been reporting problems ...

The ability to accurately model and predict the phenomenon could have many practical applications in science ... was and still is an unsolved problem in the sense that we cannot exactly simulate ...

As of January 1, applications to college have grown by 7% compared to last year at the same time. The latest report from the Common Application points to a 7% increase in total applications to ...

Our events and conversations with the public have led to more locally relevant and useful applications ... AI is to build products that solve real problems, and then highlight those solutions.