Rensselaer Department of Cognitive Science Department of Computer Science
Rensselaer Artificial Intelligence and Reasoning (RAIR) Laboratory
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Presentations and Demos
Poised-For Learning > Presentations and Demos

2006 May 25

Further Progress in Learning by Reading in Slate
Selmer Bringsjord, Andrew Shilliday, Joshua Taylor
PPT Adobe PDF (.pdf, 1.3 MB)
WMV Quicktime movie (.mov, 61.9 MB)

2005 July 19 - Report to DARPA

Master Presentation File (and Report on PFL Core)
Selmer Bringsjord
PPT PowerPoint presentation (.ppt, 4.12 MB)
KEY Keynote presentation, compressed (.key.tar.gz, 3.21 MB)
Poised-For Learning: Learning by Reading (Diagrams)
Bettina Schimanski, Gabe Mulley
PPT PowerPoint presentation (.ppt, 3.68 MB)
WMV Windows movie, full presentation (.wmv, 23.1 MB)
WMV Windows movie, condensed presentation (.wmv, 2.58 MB)
Diagrammatic Natural Deduction
Kostas Arkoudas
PPT PowerPoint presentation (.ppt, 1.28 MB)
Natural Language Generation
Sunny Khemlani
KEY Keynote presentation, compressed (partially narrated) (.key.tgz, 72.7 MB)
WMV Windows movie (narrated) (.wmv, 38.2 MB)
Demonstration of Athena Proof for Solar System Model
Andrew Shilliday, Joshua Taylor
WMV Windows movie (.wmv, 7.73 MB)
Demonstration of Athena Proof for Geometry Model
Andrew Shilliday, Joshua Taylor
WMV Windows movie (.wmv, 8.49 MB)

2005 June 6

Poised-For Learning: Natural Language Generation
Sunny Khemlani
PPT PowerPoint presentation (.ppt, 2.96 MB)
KEY Keynote presentation, compressed (.key.tar.gz, 5.06 MB)
WMV Windows movie, presentation/demo of NLG (.wmv, 14.4 MB)

2005 March 31

DARPA Update
Selmer Bringsjord
PPT PowerPoint presentation (.ppt, 11.2 MB)
KEY Keynote presentation, compressed (.key.tar.gz, 49.5 MB)
PDF Adobe PDF File (.pdf, 46.5 MB)
DARPA IDR Approach
Selmer Bringsjord
PPT PowerPoint presentation (.ppt, 1.5 MB)
KEY Keynote presentation, compressed (.key.tar.gz, 889 KB)
PDF Adobe PDF File (.pdf, 542 KB)

Forthcoming Presentations:

Poised-For Learning: A New Kind of Machine Learning
Selmer Bringsjord & Konstantine Arkoudas
Air Force Research Labs, Rome

We present a new form of machine learning: poised-for learning. The driving idea behind p-f learning is that, at least in theory, you could ascertain if a human had learned a domain by direct inspection of the brain, not by giving a test of performance after learning was supposed to have taken place. The trick is to make this idea precise, indeed precise enough to be implemented. P-f learning is particularly well-suited to engineering a computational system capable of learning by doing something that no such system has hitherto been able to do: namely, by reading. Accordingly, we explain p-f learning in the context of our DARPA-sponsored project to build a computational system capable of reading.
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PFL Project Team
  - Selmer Bringsjord
  - Kostas Arkoudas
  - Sangeet Khemlani
  - Gabriel Mulley
  - Bettina Schimanski
  - Andrew Shilliday
  - Joshua Taylor