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[Gzz-commits] manuscripts/FutureVision vision.rst
From: |
Tuomas J. Lukka |
Subject: |
[Gzz-commits] manuscripts/FutureVision vision.rst |
Date: |
Sun, 14 Sep 2003 11:57:01 -0400 |
CVSROOT: /cvsroot/gzz
Module name: manuscripts
Branch:
Changes by: Tuomas J. Lukka <address@hidden> 03/09/14 11:57:01
Modified files:
FutureVision : vision.rst
Log message:
Arch sync
CVSWeb URLs:
http://savannah.gnu.org/cgi-bin/viewcvs/gzz/manuscripts/FutureVision/vision.rst.diff?tr1=1.6&tr2=1.7&r1=text&r2=text
Patches:
Index: manuscripts/FutureVision/vision.rst
diff -u manuscripts/FutureVision/vision.rst:1.6
manuscripts/FutureVision/vision.rst:1.7
--- manuscripts/FutureVision/vision.rst:1.6 Sun Sep 14 08:15:34 2003
+++ manuscripts/FutureVision/vision.rst Sun Sep 14 11:57:01 2003
@@ -12,17 +12,6 @@
In this article, we present the Hyperstructure paradigm ...
-The fundamental ideas in what we call hyperstructure are due to Ted Nelson.
-The authors were exposed to these ideas in connection with the Gzz (earlier
called GZigZag)
-project, whose goal was to implement Ted Nelson's ZigZag(tm) (trademark of Ted
Nelson) structure
-in collaboration with him.
-In spring 2003, due to various issues including patents,
-our research group began the Fenfire project, which was essentially all
-the technologies (user interface, storage, functional programming -related)
-developed in connection with Gzz but using RDF instead of the ZigZag(tm)
-as the underlying structure. Most importantly, the ideas and goals related
-to hyperstructure were retained, as well as the use of the basic Xanalogical
permanent media paradigm.
-
A Catalogue of Hypermedia Structures
====================================
As argued by DeRose [derose89ExpandingTheNotionOfLinks]_,
@@ -36,11 +25,6 @@
- Often used in today's web culture
-Xanalogical
------------
-
-.
-
Arbitrary graph
---------------
@@ -50,6 +34,15 @@
- bidirectionally *accessible* or not
+
+Frame-based
+-----------
+
+Xanalogical
+-----------
+
+.
+
Taxonomic (set inclusions)
--------------------------
@@ -73,7 +66,7 @@
Peter J. Nürnberg, John J. Leggett, Erich R. Schneider
Open Hypermedia
-===============
+---------------
Focus: interoperability, existing apps.
@@ -99,6 +92,10 @@
The ZigZag(tm) structure is ...
+While the ZigZag(tm) structure is simple to browse locally,
+programming is more difficult since representing one-to-many
+and many-to-many relations is, while possible, laborious.
+
RDF
---
@@ -106,22 +103,14 @@
Semantic web
-RDF and ZigZag(tm) structure are actually closely
-related: ZigZag(tm) is obtained if a RDF graph is constrained
-by two uniqueness conditions: for all x, y, there can be
-at most one triple of the form (x, y, *), and
-at most one triple of the form (*, x, y).
-
-While the ZigZag(tm) structure is simpler to browse locally,
-programming is more difficult since representing one-to-many
-and many-to-many relations is, while possible, laborious.
-
-Xanalogical permanent media
----------------------------
+Xanalogical permanent media structure
+-------------------------------------
Can be integrated into nearly any system
+NOT THE FULL XANADU(tm) FUNCTIONALITY
+
Delivers significant benefits...
Fenfire
@@ -145,5 +134,34 @@
Conclusion
==========
+
+
+Notes
+=====
+
+(XXX Link to text)
+
+The fundamental ideas in what we call hyperstructure are due to Ted Nelson.
+The authors were exposed to these ideas in connection with the Gzz (earlier
called GZigZag)
+project, whose goal was to implement Ted Nelson's ZigZag(tm) (trademark of Ted
Nelson) structure
+in collaboration with him.
+In spring 2003, due to various issues including patents,
+our research group began the Fenfire project, which was essentially all
+the technologies (user interface, storage, functional programming -related)
+developed in connection with Gzz but using RDF instead of the ZigZag(tm)
+as the underlying structure. Most importantly, the ideas and goals related
+to hyperstructure were retained, as well as the use of the basic Xanalogical
permanent media paradigm.
+
+
+
+
+RDF and ZigZag(tm) structure are actually closely
+related: ZigZag(tm) is obtained if a RDF graph is constrained
+by two uniqueness conditions: for all x, y, there can be
+at most one triple of the form (x, y, *), and
+at most one triple of the form (*, x, y).
+
+
+
- [Gzz-commits] manuscripts/FutureVision vision.rst, Tuomas J. Lukka, 2003/09/05
- [Gzz-commits] manuscripts/FutureVision vision.rst, Tuomas J. Lukka, 2003/09/13
- [Gzz-commits] manuscripts/FutureVision vision.rst, Tuomas J. Lukka, 2003/09/14
- [Gzz-commits] manuscripts/FutureVision vision.rst, Tuomas J. Lukka, 2003/09/14
- [Gzz-commits] manuscripts/FutureVision vision.rst,
Tuomas J. Lukka <=
- [Gzz-commits] manuscripts/FutureVision vision.rst, Benja Fallenstein, 2003/09/14
- [Gzz-commits] manuscripts/FutureVision vision.rst, Benja Fallenstein, 2003/09/15
- [Gzz-commits] manuscripts/FutureVision vision.rst, Tuomas J. Lukka, 2003/09/17
- [Gzz-commits] manuscripts/FutureVision vision.rst, Benja Fallenstein, 2003/09/17
- [Gzz-commits] manuscripts/FutureVision vision.rst, Benja Fallenstein, 2003/09/17
- [Gzz-commits] manuscripts/FutureVision vision.rst, Benja Fallenstein, 2003/09/17
- [Gzz-commits] manuscripts/FutureVision vision.rst, Benja Fallenstein, 2003/09/17
- [Gzz-commits] manuscripts/FutureVision vision.rst, Benja Fallenstein, 2003/09/17
- [Gzz-commits] manuscripts/FutureVision vision.rst, Tuomas J. Lukka, 2003/09/17
- [Gzz-commits] manuscripts/FutureVision vision.rst, Tuomas J. Lukka, 2003/09/17