Not exact matches
The team used a
numerical simulation
technique called finite - difference time - domain to study the performance of waveguides of different widths connected at different points on the laser.
What is surprising in this method is that the mathematics of shape, in the form of what differential - geometers
call the curvature flow, is coupled with
techniques that originated in the
numerical solution of partial differential equations to deblur and denoise an image.
These waves are sometimes
called finite difference waves, because of the finite difference
numerical modeling
techniques used to calculate their propagation characteristics.
It's because regulators have relied on a decision - making
technique called quantitative (or
numerical) risk assessment to determine which chemical releases are «safe.»