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RESEARCH OVERVIEW: Frederick C Harris, Jr. Professor Department of Computer Science and Engineering University of Nevada, Reno

Research Overview:

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Frederick C Harris, Jr. Professor Department of Computer Science and Engineering University of Nevada, Reno. Research Overview:. Brain Computation Laboratory University of Nevada, Reno in funded collaboration with U de Cergy-Pontoise and CNRS, Paris, France - PowerPoint PPT Presentation

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Page 1: Research Overview:

RESEARCH OVERVIEW:

Frederick C Harris, Jr.ProfessorDepartment of Computer Science and EngineeringUniversity of Nevada, Reno

Page 2: Research Overview:

Brain Computation LaboratoryUniversity of Nevada, Reno

in funded collaboration with U de Cergy-Pontoise and CNRS, Paris, France

Brain Mind Institute (Blue Brain Project), EPFL, Lausanne, Switzerland

Mathias Quoy René Doursat

Henry MarkramJim King

Laurence Bray Fred Harris, Jr Sergiu Dascalu Director

UNR Brain Computation Lab

Page 3: Research Overview:

Neuroscience

Scope of Work

Modeling & Neural Engineering

Robotic/Human Loops

ONR N000140710018: “Large-Scale Biologically Realistic Models of Cortical & Subcortical Dynamics with Social Robotic Applications”DURIP N000140510525: “Robotic Platform for Security and Service Applications”DURIP N000140710704: “Parallel Robotic Brains” HRL0011-09-C-001: “Project Synapse”

Page 4: Research Overview:

Brain Computation Laboratory Robotic/Human Loops

Reward Base Learning Trust the Intent Recognition

ONR N000140710018: “Large-Scale Biologically Realistic Models of Cortical & Subcortical Dynamics with Social Robotic Applications”DURIP N000140510525: “Robotic Platform for Security and Service Applications”DURIP N000140710704: “Parallel Robotic Brains” HRL0011-09-C-001: “Project Synapse”

Page 5: Research Overview:

Brain Computation Laboratory Robotic/Human Loops

Hippocampal-Prefrontal Loop during Navigational Learning

ONR N000140710018: “Large-Scale Biologically Realistic Models of Cortical & Subcortical Dynamics with Social Robotic Applications”DURIP N000140510525: “Robotic Platform for Security and Service Applications”DURIP N000140710704: “Parallel Robotic Brains” HRL0011-09-C-001: “Project Synapse”

Page 6: Research Overview:

High Performance Computation and Visualization Lab (HPCVIS)

Bioinformatics Research

Scientific Visualization

Cluster/GPU Computation

Watermarking of 3D ModelsNASA EPSCoR, grant # NSHE 08-51 : Exploring Planetary Surfaces: Earth, Moon, and MarsNSF EPSCoR: Cyberinfrastructure Development for the Western Consortium of Idaho, Nevada, and New MexicoNSF EPSCoR:Nevada Infrastructure for Climate Change Science, Education, and OutreachDesert Research Institute CAVE Project, ARO # N61339-04-C-0072

Page 7: Research Overview:

High Performance Computation and Visualization Lab (HPCVIS)

Scientific Visualization Conversion of Thin Surface Solids to BSP

Solid Sets

Page 8: Research Overview:

High Performance Computation and Visualization Lab (HPCVIS)

Scientific Visualization Immersive Visualization and Analysis of

Ground Penetrating Radar Data

Desert Research Institute CAVE Project, ARO # N61339-04-C-0072

Page 9: Research Overview:

High Performance Computation and Visualization Lab (HPCVIS)

Scientific Visualization Vfire – Fire Simulation and

Visualization

Desert Research Institute CAVE Project, ARO # N61339-04-C-0072

Page 10: Research Overview:

High Performance Computation and Visualization Lab (HPCVIS)

Scientific Visualization Planetary Terrain Rendering

NASA EPSCoR, grant # NSHE 08-51 : Exploring Planetary Surfaces: Earth, Moon, and Mars

Page 11: Research Overview: