<Appendix> PixelSNE: Pixel-Aligned Stochastic Neighbor Embedding for Efficient 2D Visualization with Screen-Resolution Precision

An abstract characterisation of reduction operators Intuitively a reduction operation, in the sense intended in the present paper, is an operation that can be applied to inter-

Within the scope of the medical movement, the Permanent Medical Commision of the Ministry of Health in 1851, based on a hypothesis that leprosy was a hereditary disease, proposed

Although, particularly early in the 1920s, the cleanliness of the Cana- dian milk supply was uneven, public health professionals, the dairy indus- try, and the Federal Department

ing each pixel in 2D image space and using a ray to determine the influence of each voxel prOjected on the examined pixel. The visualization process is supported by 3D

Using threads of streamlets for a visualization of the characteristic trajectories { those which are aligned with the eigenvectors of the xed point's Jacobian matrix { a dense

In order to compare the differences in print quality between pixel and vector images we have generated a set of pixel im- ages at various resolutions and placed them adjacent to

In this context, we propose dynamic t-SNE: an adaptation of t- SNE that allows a controllable trade-off between temporal coher- ence and spatial coherence (defined as preservation

Sketch uses the screen resolu- tion to select rendering precision by restricting errors bars to be below one pixel in size, computes CDFs as histograms with pixel-sized bins,