Help:I.publication.plain

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{{#vardefine:category|Publication}}{{#vardefine:package|smwbp_instance_templates}}{{#vardefine:templatename|i.publication.plain}}{{#vardefine:name|I.publication.plain}}

[[Help:]]

[[Template:]]

{{#vardefine:ns| }}{{#vardefine:p|status }}{{#vardefine:v| }} {{#vardefine:ns| }}{{#vardefine:p|author }}{{#vardefine:v|Li Ding }} {{#vardefine:ns| }}{{#vardefine:p|version }}{{#vardefine:v|0.3 }} {{#vardefine:ns| }}{{#vardefine:p|description }}{{#vardefine:v|render a publication's info in plain mode }} {{#vardefine:ns| }}{{#vardefine:p|lastmodified }}{{#vardefine:v|9 September 2009 19:56:35 }}

IMPORTANT NOTICE:

• This set of templates are created by Li Ding .
• for current version: go to http://tw.rpi.edu/portal/Help:I.publication.plain

Usage

Using the Template in wiki page

{{i.publication.plain |BitMat: A Main-memory Bit Matrix of RDF Triples for Conjunctive Triple Pattern Queries}}

{{#vardefine:pagename|bitmat: a main-memory bit matrix of rdf triples for conjunctive triple pattern queries }}

1. [[]]

Using the Template to format ASK query result

{{#ask: [[Category:Publication]][[:+]][[author::Jim Hendler]] |template=i.publication.plain |format=template |link=none}}

{{#vardefine:pagename|a critical look at critics in htn planning }}

1. [[]]{{#vardefine:pagename|a framework for web science }}
2. [[]]{{#vardefine:pagename|a letter from the editor: avoiding rejection }}
3. [[]]{{#vardefine:pagename|a message-passing control structure for text understanding }}
4. [[]]{{#vardefine:pagename|a method to rank nodes in an rdf graph }}
5. [[]]{{#vardefine:pagename|a model of reaction for planning in dynamic environments }}
6. [[]]{{#vardefine:pagename|a motion description language and a hybrid architecture for motion planning. with nonholonomic robots }}
7. [[]]{{#vardefine:pagename|a new journal for a new era of the world wide web }}
8. [[]]{{#vardefine:pagename|a new portrait of the semantic web in action }}
9. [[]]{{#vardefine:pagename|a portrait of the semantic web in action }}
10. [[]]{{#vardefine:pagename|a semantic web approach to the provenance challenge }}
11. [[]]{{#vardefine:pagename|a semantic web environment for digital shapes understanding }}
12. [[]]{{#vardefine:pagename|a survey of the web ontology landscape }}
13. [[]]{{#vardefine:pagename|a tool for working with web ontologies }}
14. [[]]{{#vardefine:pagename|a validation-structure-based theory of plan modification and reuse }}
15. [[]]{{#vardefine:pagename|aaai 1990 spring symposium report: planning in uncertain, unpredictable, or changing environments }}
16. [[]]{{#vardefine:pagename|accuracy of metrics for inferring trust and reputation in semantic web-based social networks }}
17. [[]]{{#vardefine:pagename|adaptation of plans via annotation verification }}
18. [[]]{{#vardefine:pagename|agents and the semantic web }}
19. [[]]{{#vardefine:pagename|agents redux }}
20. [[]]{{#vardefine:pagename|ai into the 21st century }}
21. [[]]{{#vardefine:pagename|ai planning: systems and techniques }}
22. [[]]{{#vardefine:pagename|ai's 10 to watch }}
23. [[]]{{#vardefine:pagename|an ensemble learning and problem solving architecture for airspace management }}
24. [[]]{{#vardefine:pagename|analyzing external conditions to improve the efficiency of htn planning }}
25. [[]]{{#vardefine:pagename|analyzing web access control policies }}
26. [[]]{{#vardefine:pagename|annotation and provenance tracking in semantic web photo libraries }}
27. [[]]{{#vardefine:pagename|applying ontology to the web: a case study }}
28. [[]]{{#vardefine:pagename|architectures for mobile robot control }}
29. [[]]{{#vardefine:pagename|automatic web services composition using shop2 }}
30. [[]]{{#vardefine:pagename|automating daml-s web services composition using shop2 }}
31. [[]]{{#vardefine:pagename|avoiding another ai winter }}
32. [[]]{{#vardefine:pagename|beyond the fifth generation: parallel ai research in japan }}
33. [[]]{{#vardefine:pagename|bitmat: a main memory rdf triple store }}
34. [[]]{{#vardefine:pagename|bitmat: a main-memory bit matrix of rdf triples for conjunctive triple pattern queries }}
35. [[]]{{#vardefine:pagename|can semantic web be made to flourish? }}
36. [[]]{{#vardefine:pagename|christopher cherniak, minimal rationality }}
37. [[]]{{#vardefine:pagename|co-evolving soccer softbot team coordination with genetic programming }}
38. [[]]{{#vardefine:pagename|commitment strategies in hierarchical task network planning }}
39. [[]]{{#vardefine:pagename|complexity results for htn planning }}
40. [[]]{{#vardefine:pagename|computers play chess; humans play go }}
41. [[]]{{#vardefine:pagename|computing similarity in a reuse library system: an ai-based approach }}
42. [[]]{{#vardefine:pagename|control of refitting during plan reuse }}
43. [[]]{{#vardefine:pagename|creating a science of the web }}
44. [[]]{{#vardefine:pagename|daml+oil: an ontology language for the semantic web }}
45. [[]]{{#vardefine:pagename|daml-ont: an ontology language for the semantic web }}
46. [[]]{{#vardefine:pagename|daml-ont: an ontology language for the semantic web (2002) }}
47. [[]]{{#vardefine:pagename|debugging unsatisfiable classes in owl ontologies }}
48. [[]]{{#vardefine:pagename|department of redundancy department? }}
49. [[]]{{#vardefine:pagename|designing pets: a personal electronic teller of stories }}
50. [[]] … further results

note

• format=template and link=none are required