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QuoteRef: oppeDC10_1981

topics > all references > ThesaHelp: references m-o



ThesaHelp:
references m-o
ThesaHelp:
ACM references m-z
Topic:
name server or name directory
Topic:
examples of distributed systems and applications
Topic:
a single system image
Topic:
alias names
Topic:
Thesa data model
Topic:
information retrieval by searching
Topic:
access by pattern matching
Topic:
attribute-value pairs as information
Topic:
trust
Topic:
updating information in Clearinghouse and Grapevine
Topic:
reliable broadcast
Topic:
updating information in a distributed system
Topic:
coordinated processes
Topic:
security issues with electronic mail
Topic:
naming authority

Reference

Oppen, D.C., Dalal, Y.K., "The clearinghouse: A decentralized agent for locating named objects in a distributed environment", OPD-T8103, Palo Alto, California, XEROX Office Products Division, October 1981. Google

Other Reference

QuoteRef: oppeDC7_1983

Quotations
3 ;;Quote: Clearinghouse provides support for system administration of its distributed environment
3+ ;;Quote: a Clearinghouse contains information needed by system administrators of the distributed environment; e.g., users and workstations
3 ;;Quote: Clearinghouse easily adds new networks, adds servers, or merges networks
24 ;;Quote: Clearinghouse command to return all aliases for an object
26 ;;Quote: use lookupGeneric to return names which have a property
26 ;;Quote: in Clearinghouse lookupGeneric, a wild card for a local name returns all names with a property
26 ;;Quote: in Clearinghouse can enumerate all names in a domain
27 ;;Quote: in Clearinghouse, can get the set of properties assigned to a name
28 ;;Quote: use lookupGeneric to find all printers in a domain
32 ;;Quote: Clearinghouse stubs follow a simpler protocol than servers; lots of them, offline frequently, change frequently
32 ;;Quote: domain and organization clearinghouses share information freely; trust is assumed among servers
33 ;;Quote: for Clearinghouse servers, trust is an equivalence relation (commutative and transitive); simplifies access control
35 ;;Quote: Clearinghouse automatically resolves aliases without involving the stub
37 ;;Quote: Clearinghouse uses timestamps to detect subsumed update requests
38 ;;Quote: in Clearinghouse, periodically compare databases in case broadcast fails
38 ;;Quote: simultaneous, conflicting updates indicate an external coordination problem
38 ;;Quote: Clearinghouse discards requests if subsumed or if all siblings are consistent
38 ;;Quote: Clearinghouse updates last a week -- long-down servers re-initialize themselves
39 ;;Quote: Clearinghouse assumes inconsistent requests are due to lost or late requests
41 ;;Quote: Clearinghouse uses an access control list for each operation, domain
43 ;;Quote: Clearinghouse sentry to verify and forward internetwork requests
46 ;;Quote: Clearinghouse property names assigned by a naming authority (for ease of merging)


Related Topics up

ThesaHelp: references m-o (268 items)
ThesaHelp: ACM references m-z (280 items)
Topic: name server or name directory (40 items)
Topic: examples of distributed systems and applications (24 items)
Topic: a single system image (30 items)
Topic: alias names (39 items)
Topic: Thesa data model (58 items)
Topic: information retrieval by searching (35 items)
Topic: access by pattern matching (18 items)
Topic: attribute-value pairs as information (53 items)
Topic: trust (16 items)
Topic: updating information in Clearinghouse and Grapevine (11 items)
Topic: reliable broadcast (29 items)
Topic: updating information in a distributed system (50 items)
Topic: coordinated processes (8 items)
Topic: security issues with electronic mail (18 items)
Topic: naming authority (7 items)

Collected barberCB 4/83 (see oppeDC7_83)
Copyright © 2002-2008 by C. Bradford Barber. All rights reserved.
Thesa is a trademark of C. Bradford Barber.