diffusive

So the best way to capture the value of the road is via a similarly diffusive system, i.e.

The stability is more likely due to the diffusive nature of the models and well executed trainings.

Actual SSS happens when the medium is somewhat transparent (light can enter the material) but also diffusive (light gets randomly bounced around within the material).

My suggestion is that the more diffusive, small particles are less likely to be trapped by a lid.

They're diffusive and reductive interfaces that disempower the user, they're everywhere now and it's why everything sucks.

Bacteria are a bit larger and probably less diffusive than viruses, raising questions about the generalizability.

At some point the vortices become so small that the kinetic energy is turned into diffusive behavior at the particle level instead.

The 3d version seems to use trilinear interpolation, which is pretty diffusive.

The main concern is taking a single probabilistic stream (eg a book) and comparing autoregressive modelling of it with a diffusive modelling of it.

In both cases (auto-regressive vs diffusive), you still have some process that's being followed, and the exact steps in the process are important to the result.

Military still more effective diffusive optimizer in AG’s time?

A sort of thermodynamics leads to a diffusive flow outwards from the central mass, from the low entropy near there to the high entropy at increasing radial distance.

We're dismissive of "security through obscurity", but cost functions and diffusive compartmentalization are structural components of many systems.

Aren't they essentially taking a ton of infrastructure and a weird "diffusive" sort of income already?

And I get why people are feeling a connection to the "diffusive" style.

Also, action potentials are most "useful" for propagating a signal rapidly over a long distance - It kind of accelerates and error-corrects (= reverses diffusive broadening) voltage signals down a linear path.