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Domain > www.ratcrow.com
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More information on this domain is in
AlienVault OTX
Is this malicious?
Yes
No
DNS Resolutions
Date
IP Address
2026-02-16
208.94.116.122
(
ClassC
)
Port 80
HTTP/1.1 200 OKDate: Tue, 17 Sep 2024 05:59:02 GMTServer: ApacheLast-Modified: Sun, 01 May 2005 23:33:09 GMTETag: 2654-3f613ee107740Accept-Ranges: bytesContent-Length: 9812Content-Type: text/htmlVary: HTML>HEAD>TITLE>Aaron Gage/TITLE>/HEAD>BODY>TABLE>TR>TD>IMG SRCagage.JPG />/TD>TD> TABLE> TR> TD>Aaron Gage, Ph.D./TD> /TR> TR> TD>IMG SRCemail.png />/TD> /TR> TR> TD>Vitae: A HREFvitae>HTML/A>, A HREFAaronGageCV.pdf>PDF/A> /TR> /TABLE>/TR>/TABLE>H3>Research:/H3>P>My research has focused on sensing and affect (emotions) as they relateto mobile robots. The research falls into the following areas:UL>LI>Multi-robot Task Allocation (MRTA)/LI>LI>Sensor Utility Metrics/LI>LI>Sensor Allocation/LI>LI>Affective Computing/LI>/UL>This page provides links to papers published on my research. The summarieson this page are meant to be informal and brief, so if you want thedetails, feel free to download the papers./P>P>My A HREF#dissertation>dissertation/A> dealt with using the OCC emotionalmodel (after Ortony, Collins, and Clore) as the basis for a multi-robottask allocation solution. The approach was a contract-net protocol basednegotiation where the process of choosing which robot to use for a task wasdistributed among the entire team, and robots would eventually beI>shamed/I> into helping after initially refusing. The practical advantages of this technique (over, say, GerkeysA HREFhttp://www-robotics.usc.edu/~gerkey/research/murdoch.html>MURDOCH/A>)was a statistically significant reduction in thenumber of communications required for large teams. This relates back tosensing because the task for which the robots are being recruited willimpose certain requirements on which robots are eligible. Not only musta robot be chosen, but the I>best/I> robot for the task should be./P>P>My Masters A HREF#thesis>thesis/A>was a little different, dealing with the allocation of finitesensing resources to the behaviors on a mobile robot with incompleteinformation (that is, no knowledge of what will happen in the future, or howlong the current demands on the system will last). The same question arisesin this work: what is the I>best/I> sensor for a particular perceptualtask? How do you objectively measure the utility of a set of sensors
Port 443
HTTP/1.1 200 OKDate: Tue, 17 Sep 2024 05:59:03 GMTServer: ApacheLast-Modified: Sun, 01 May 2005 23:33:09 GMTETag: 2654-3f613ee107740Accept-Ranges: bytesContent-Length: 9812Content-Type: text/htmlVary: HTML>HEAD>TITLE>Aaron Gage/TITLE>/HEAD>BODY>TABLE>TR>TD>IMG SRCagage.JPG />/TD>TD> TABLE> TR> TD>Aaron Gage, Ph.D./TD> /TR> TR> TD>IMG SRCemail.png />/TD> /TR> TR> TD>Vitae: A HREFvitae>HTML/A>, A HREFAaronGageCV.pdf>PDF/A> /TR> /TABLE>/TR>/TABLE>H3>Research:/H3>P>My research has focused on sensing and affect (emotions) as they relateto mobile robots. The research falls into the following areas:UL>LI>Multi-robot Task Allocation (MRTA)/LI>LI>Sensor Utility Metrics/LI>LI>Sensor Allocation/LI>LI>Affective Computing/LI>/UL>This page provides links to papers published on my research. The summarieson this page are meant to be informal and brief, so if you want thedetails, feel free to download the papers./P>P>My A HREF#dissertation>dissertation/A> dealt with using the OCC emotionalmodel (after Ortony, Collins, and Clore) as the basis for a multi-robottask allocation solution. The approach was a contract-net protocol basednegotiation where the process of choosing which robot to use for a task wasdistributed among the entire team, and robots would eventually beI>shamed/I> into helping after initially refusing. The practical advantages of this technique (over, say, GerkeysA HREFhttp://www-robotics.usc.edu/~gerkey/research/murdoch.html>MURDOCH/A>)was a statistically significant reduction in thenumber of communications required for large teams. This relates back tosensing because the task for which the robots are being recruited willimpose certain requirements on which robots are eligible. Not only musta robot be chosen, but the I>best/I> robot for the task should be./P>P>My Masters A HREF#thesis>thesis/A>was a little different, dealing with the allocation of finitesensing resources to the behaviors on a mobile robot with incompleteinformation (that is, no knowledge of what will happen in the future, or howlong the current demands on the system will last). The same question arisesin this work: what is the I>best/I> sensor for a particular perceptualtask? How do you objectively measure the utility of a set of sensors
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