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Omar Ahmad | Conference paper | The primary motivation for using driving simulators for research is the ability to safely expose participants to traffic situations in a controlled and repeatable manner. The process by which a simula ... | 7/10/2005 |
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Julie Qidwai | Literature review | This review describes the performance-impairing effects of twenty-six commonly used drugs. It is not intended to list comprehensively all drugs that may affect driving performance. However, it does li ... | 12/15/2004 |
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Julie Qidwai | Literature review | This is a literature review of sleep apnea. | 10/14/2004 |
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Yiannis E. Papelis, Timothy Brown, Ginger Watson, Dale Holtz, Weidong Pan | Project report | The goal of this study was to compare driver performance in critical loss of control situations both with and without the aid of Electronic Stability Control (ESC). | 6/1/2004 |
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Ginger S. Watson, Yiannis E. Papelis, Matthew C. Schikore | Conference paper | After executing driving simulator studies, researchers are inundated with data containing primary vehicle state variables such as velocity, Cartesian position, and sensor inputs. These data must be re ... | 3/27/2004 |
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Omar Ahmad, Huidi Tang | Conference paper | This paper presents a model of a behavior to merge onto an interstate for an autonomous vehicle. This autonomous vehicle exists in a virtual environment of a microscopic traffic simulation system. The ... | 12/1/2003 |
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Y. Papelis | Conference paper | (None listed) | 10/8/2003 |
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Y. Papelis, O. Ahmad, G. Watson | Conference paper | This paper overviews the development process for driving simulation scenarios used to obtain information about driver performance. The scenarios were targeted for use on the NADS. The development proc ... | 10/8/2003 |
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C. Schwarz, T. Gates, Y. Papelis | Conference paper | (None listed) | 10/8/2003 |
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Chris Schwarz, Samantha Hench, Brian Gilmore, Bernie Romig, Ginger Watson, Jeff Dolan, Shawn Allen, Stephen Cable | Conference paper | A virtual proving ground (VPG) was developed for use in agricultural applications using the National Advanced Driving Simulator (NADS). The VPG environment consists of a real-time tractor dynamics mod ... | 10/8/2003 |
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Y. Papelis, O. Ahmad, H. German | Conference paper | (None listed) | 3/10/2003 |
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S. Budzik, P. Nunez, Y. Papelis, D. Solis | Conference paper | (None listed) | 6/3/2002 |
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Y. He, J. Cremer, Y. Papelis | Conference paper | (None listed) | 5/27/2002 |
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Sarah Miller | Literature review | (None listed) | 1/1/2002 |
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Sarah Miller | Literature review | (None listed) | 1/1/2002 |
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Sarah Miller | Literature review | (None listed) | 1/1/2002 |
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Sarah Miller | Literature review | (None listed) | 1/1/2002 |
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Y. Papelis, B. Bossard | Conference paper | (None listed) | 11/1/2001 |
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Y. Papelis, M. Schikore, G. Watson | Conference paper | (None listed) | 11/1/2001 |
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O. Ahmad, Y. Papelis, S. Bulusu, V. Gade | Conference paper | High-fidelity driving simulators immerse a driver in a highly realistic virtual environment for the purpose of studying human driving behavior in a realistic yet safe setting. Many factors contribute ... | 9/21/2001 |
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