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Ground Robotics Reliability Center

Research

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Ground Robotics Reliability Center  /  Research  /  Research Highlights

Research Highlights

The 2008 GRRC research projects, as of October 17, 2008, are summarized in the table below:

 

Research Areas   Research TopicPI Affiliation 

 1

UGV Architecture for Intelligence, Vision and Man-Machine Interface  Advanced Tactical Behaviors  J. Laird, E. Olson  UofM
 Adjustable Autonomy for Safe, Coordinated Control  E. Durfee, S. Baveja  UofM
 Autonomous Exploration of Novel, Human-Occupied Environments  E. Olson  UofM
 Hertogeneous Human/Machine Interfacing for Teleoperation of UGVs  N. Xi  MSU
 Supermedia Enabled Human/Machine Interfacing for Teleoperation of UGVs  M. Mutka  MSU
 Warfighter-Focused UGV System Design: Augmented Reality-Enhanced Human Robot Interaction for UGV operations  D. Ellis, A. Pandya  Wayne State

 2

UGV Energy, Power and Propulsion Integrated Power System for Improved Mobility and Mission of Ground Robotics  H. Peng, J. Sun, J. Filipi  UofM
Power Use, Inventory and Logistical Evaluation J. Fletcher  Lawrence U
  Combustion Optimization of Engine-Driven Robots W. Bryzik  Wayne State

 3

UGV Dynamics and Navigation, Including Ground and Vehicle Interface Safe Operations via Un-cooled Far-Infared Image Sensors A.G. Ulsoy, H. Peng  UofM
Cooperative Multi-UGV Mapping and Navigation M. Paulik  UD-Mercy
High-Fidelity Haptic Interface for Teleoperation R. Mukherjee  MSU
Framework & Architecture for the Coordination of Human & Robot Formations J. Tan  MTechU
UWB Tracking of Multiple UGVs K.C. Cheok  Oakland U

 4

UGV Reliability and Manufacturing Reliability and Manufacturing in Robotics  D. Tilbury, A.G. Ulsoy, E. Atkins, J. Jin  UofM
Analysis of existing databases for reliability issues concerning UGVs in operation A. G. Ulsoy  UofM
Development of advanced manufacturing techniques for small UGVs M. Paulik Detroit-Mercy

        5

UGV Integration and Demonstration Testbeds Personal Dead-reckoning (PDR) System  J. Borenstein  UofM
UWB radio characterization and implementation P. Richardson  UofM Dearborn
Smart Micro-Sensor Development and Integration G. Auner Wayne State
Warfighter-Focused UGV System Design; Human Factors Engineering for ATO Experimentation D. Ellis Wayne State

 

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