| 
|
QuoteRef: caplM12_1987
topics >
all references >
ThesaHelp:
references c-d
Topic:
information services
Topic:
descriptive naming
Topic:
uniform data model
Topic:
unique numeric names as surrogates
Topic:
attachment of hypertext links
Topic:
using keywords to search hypertext
Topic:
mobile code
Topic:
using an address as a name
Topic:
size of hypertext nodes
Topic:
implementation of hypertext databases
Topic:
disk allocation
Topic:
name server or name directory
Reference
Caplinger, M., "An information system based on distributed objects", Proceedings: Object-oriented programming systems, languages & Applications (October 1987), SIGPLAN, 22, 12, December 1987, pp. 126-137. Google
126 ;;Quote: Telesophy is 'wisdom at a distance' for accessing 'anything, anywhere'
126 ;;Quote: Telesophy made of information units with a label that describes contents
126 ;;Quote: a Telesophy label consists of a unique number, a description, and cataloging information
126 ;;Quote: Telesophy connections (links) are between information units
126 ;;Quote: Telesophy users access units by query or links; can read labels or open contents
126 ;;Quote: an information unit could be a query or a program that is executed when opened
128 ;;Quote: local Telesophy objects by memory pointer; remote objects by server number/local index
129 ;;Quote: Telesophy items range for 1K bytes to 300K color images
129 ;;Quote: by requiring small objects to be local, avoid having most of object be bookkeeping information
129 ;;Quote: Telesophy objects stored as contiguous blocks; infrequent deletion and nearly constant size over lifetime
130 ;;Quote: Telesophy uses a registry for logical server to address mapping; better than fixed table
135 ;;Quote: Telesophy has five users and 100 thousand information units
ThesaHelp: references c-d (337 items)
Topic: information services (17 items)
Topic: descriptive naming (29 items)
Topic: uniform data model (19 items)
Topic: unique numeric names as surrogates (67 items)
Topic: attachment of hypertext links (16 items)
Topic: using keywords to search hypertext (26 items)
Topic: mobile code (14 items)
Topic: using an address as a name (22 items)
Topic: size of hypertext nodes (8 items)
Topic: implementation of hypertext databases (17 items)
Topic: disk allocation (32 items)
Topic: name server or name directory (40 items)