61 |
TJL |
TJL |
62 |
|
|
63 |
We present a perceptually designed hardware-accelerated |
We present a perceptually designed hardware-accelerated |
64 |
algorithm (on NV10, NV25) for generating unique background textures for data. |
algorithm for generating unique background textures for distinguishing |
65 |
|
documents. |
66 |
To be recongizable, |
To be recongizable, |
67 |
the texture should produce a random feature vector in the brain |
the texture should produce a random feature vector in the brain |
68 |
after visual feature extraction. |
after visual feature extraction. |
69 |
|
|
|
% benja: First sentence should say that the textures |
|
|
% are used to *distinguish between different documents* |
|
|
% (or whatever things). The architectures should |
|
|
% be removed from the first sentence. |
|
|
|
|
70 |
Our motivating example is |
Our motivating example is |
71 |
\iftechreport the BuoyOING user interface for |
\iftechreport the BuoyOING user interface for |
72 |
browsing hyperlinked document sets with fluid, non-disruptive linking. |
browsing hyperlinked document sets with fluid, non-disruptive linking. |
1641 |
|
|
1642 |
\section{Acknowledgments} |
\section{Acknowledgments} |
1643 |
|
|
1644 |
The authors would like to thank John Canny, |
The authors would like to thank John Canny, Benja Fallenstein, |
1645 |
Marketta Niemelä and Pertti Saariluoma for discussions. |
Marketta Niemelä and Pertti Saariluoma for discussions. |
1646 |
|
|
1647 |
Benja Fallenstein, |
Benja Fallenstein, |