Integrating Cyber Infrastructure with Physical LaboratoriesIntegrating Cyber Infrastructure with Physical LaboratoriesIntegrating Cyber Infrastructure with Physical LaboratoriesIntegrating Cyber Infrastructure with Physical Laboratories

YongpengYongpeng Zhang, PRAIRIE VIEW A&M UNIVERSITY, TEXASZhang, PRAIRIE VIEW A&M UNIVERSITY, TEXAS

Introduction Teaching Laboratories Sustainable DevelopmentIntroduction

� This project is derived from Virtual and Remote (VR) Lab development,

Teaching Laboratories Sustainable Development

� This project is derived from Virtual and Remote (VR) Lab development, then added up with online courseware dissemination, in addition with real-time embedded system network development.time embedded system network development.

� Online education� Online education� traditional physical laboratory� internet visit 7/24� internet visit 7/24

� Expected Outcomes: �Provide a platform to publish the VR-Lab courseware.�Provide a platform to publish the VR-Lab courseware.�Disseminate online courseware, in addition with hardware utilization; �Deploy real-time embedded system network, and integrated with cyber �Deploy real-time embedded system network, and integrated with cyber

infrastructure.

Online Management SystemOnline Management System

WorkshopWorkshop

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<Name>Authorization Server Address</Name>

<Val>http://entclab.pvamu.edu/refam/</Val>

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<String>

<Name>Experiment ID</Name><Name>Experiment ID</Name>

<Val>207123</Val>

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Multidisciplinary Subjects

Outreaches

Multidisciplinary Subjects

� Robotics� Robotics

� Digital Signal Processing Acknowledgements� Digital Signal Processing

� Motor Drive, Power Electronics

Acknowledgements

� This work is partially supported by NSF under Grants DUE-0817462, DUE-� Motor Drive, Power Electronics � This work is partially supported by NSF under Grants DUE-0817462, DUE-

0942807, HRD-1238859.WWW.PVAMU.EDU