66 |
the texture should produce a random feature vector in the brain |
the texture should produce a random feature vector in the brain |
67 |
after visual feature extraction. |
after visual feature extraction. |
68 |
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69 |
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% benja: First sentence should say that the textures |
70 |
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% are used to *distinguish between different documents* |
71 |
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% (or whatever things). The architectures should |
72 |
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% be removed from the first sentence. |
73 |
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|
74 |
Our motivating example is |
Our motivating example is |
75 |
\iftechreport the BuoyOING user interface for |
\iftechreport the BuoyOING user interface for |
76 |
browsing hyperlinked document sets with fluid, non-disruptive linking. |
browsing hyperlinked document sets with fluid, non-disruptive linking. |
77 |
The interface |
The interface |
78 |
\else a hypertext user interface which \fi |
\else a hypertext user interface which \fi |
79 |
shows a fragment of the target document of a link in the marginal, |
shows a fragment of a link's target in the marginal. |
80 |
which, upon traversing the link, expands to fill the screen. |
Upon traversing the link, the fragment expands to fill the screen. |
81 |
Our goal is to avoid user disorientation by |
Our goal is to avoid user disorientation by |
82 |
texturing each document with a unique background so that the originating |
texturing each document with a unique background so that the originating |
83 |
document can easily be recognized from the fragment. |
document can easily be recognized from the fragment. |
84 |
The user should then be able to learn the textures of the |
The user should be able to learn the textures of the |
85 |
most often visited |
most often visited |
86 |
documents, as per Zipf's law. |
documents, as per Zipf's law. |
87 |
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