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36 results on '"Strobel, John"'

24. Insights From Three-dimensional Echocardiographic Laser Stereolithography

Author

Gilon, Dan, primary, Cape, Edward G., additional, Handschumacher, Mark D., additional, Jiang, Leng, additional, Sears, Charles, additional, Solheim, Joan, additional, Morris, Eleanor, additional, Strobel, John T., additional, Miller-Jones, Stockton M., additional, Weyman, Arthur E., additional, and Levine, Robert A., additional

Published
1996
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25. 975-80 Clinical Application of Three-dimensional Echocardiographic Laser Stereolithography: Effect of Leaflet Funnel Geometry on the Coefficient of Orifice Contraction in Mitral Stenosis

Author

Gilon, Dan, primary, Cape, Edward G., additional, Handschumacher, Mark D., additional, Jiang, Lang, additional, Sears, Charles, additional, Solheim, Joan, additional, Morris, Eleanor, additional, Strobel, John T., additional, Weyman, Arthur E., additional, and Levine, Robert A., additional

Published
1995
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27. PLAYMAKER: A KNOWLEDGE-BASED APPROACH TO CHARACTERIZING HYDROCARBON PLAYS.

Author

BISWAS, GAUTAM, YU, XUDONG, HAGINS, WILLIAM, BEZDEK, JAMES, STROBEL, JOHN, KENDALL, CHRISTOPHER, and CANNON, ROBERT

Abstract

This paper discusses the design and implementation of PLAYMAKER, a knowledge-based system for characterizing hydrocarbon plays. PLAYMAKER is a component of XX (eXpert eXplorer), a workstation-based tool that aids exploration geologists in a number of different tasks: sediment and carbonate simulation, play and field characterization, retrieval and storage of information in a geological database, comparison of the play or field under study with other fields in the database, and report generation. PLAYMAKER is implemented using MIDST (Mixed Inferencing Dempster-Shafer Tool), a rule-based expert system shell that incorporates mixed-initiative and inexact reasoning based on the Dempster-Shafer evidence combination scheme. This paper discusses the effectiveness of a two-level knowledge base structure adopted for the design and implementation of PLAYMAKER. [ABSTRACT FROM AUTHOR]

Published
1990
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32. All the better to see you with: A comparison of approaches to delivering instructions for Lego construction tasks

Author

Strobel, John

Subjects
Behaviorial Sciences, Computer Science, 3D graphics, Assembly Tasks, Spatial Ability, Object Complexity, Stereo
Abstract

This study was a combination and continuation of previous studies done by BGSU graduate students and faculty. It explored the use of interactive 3D stereo graphics as a component in the delivery of instructions for a construction task and compared this to a non-stereo version as well as a paper-based approach. The principal goal was to determine the relative effectiveness of the three approaches as measured by time to completion and accuracy. A secondary goal was to determine the role of inherent object complexity on performance as measured by time to completion. In terms of accuracy, the results show no signicant differences between any of the presentations. However, they also show that subjects in the stereo condition were the slowest, with paper being slightly faster and non-stereo being the best overall. Further, an analysis of time (in seconds) per rotation reveals that the subjects in the stereo condition rotated the models less frequently than subjects in the non-stereo condition. In terms of inherent object complexity, larger amounts of space between parts of an object increases construction time.

Published
2010

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