voxel
volumetric picture element

The comparison between groups is usually conducted on the voxel level.

Finally, the image volume is compared across brains at every voxel.

They take the entire voxel data set, and split it up by the various conditions in the experiment.

A single voxel's response signal over time is called its timecourse.

Basically, we are now going to look into the voxel from a large number of different directions (typically 40 or more).

Also, one needs to define the opacity and color of every voxel.

This technique is similar in concept to a voxel, another kind of 3D pixel.

Delta Force uses a voxel based rendering system unlike most other games at the time.

The value of a voxel may represent various properties.

Today there are over 38 human phantoms in voxel format, for many different uses.

Other surface forms such as facet and voxel are also used in a few specific applications.

Then the brain images are smoothed so that each voxel represents the average of itself and its neighbors.

In computer vision Photo-consistency determines whether a given voxel is occupied.

At every tree level, this space becomes subdivided by a factor of 2 which results in an increased voxel resolution.

Each voxel typically represents the activity of a particular coordinate in three dimensional space.

A voxel is considered to be photo consistent when its color appears to be similar to all the cameras that can see it.

A benefit of voxel based sculpting is that voxels allow complete freedom over form.

Two colored emitters interacting with a cube within a 3D voxel grid.

Two adult human voxel phantoms based on polygon mesh surfaces.

Each voxel then contains a measure of the probability, according to which it belongs to a specific segmentation class.

One technique is to use a sparse voxel octree.

Minecraft has popularized the voxel aesthetics, becoming a global phenomenon.

Hypotheses expressed in terms of the model parameters are assessed at each voxel with univariate statistics.

Hence the timecourse curve is effectively cut and pasted from one voxel to another.

The sample value at that position in the waveform is then added to the voxel's density value.