David Olivares

Spectral Labs (United States)

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John Rolando

Spectral Labs (United States)

Henry Yu

Tsinghua University

V. Wijekumar

Indiana University of Pennsylvania

Ronen Shaham

James Winso

Spectral Labs (United States)

Jim Winso

Cliff Halcom

Cooperative Institutions

Spectral Labs (United States)

Space Micro (United States)

Tsinghua University

Indiana University of Pennsylvania

Triangle Universities Nuclear Laboratory

Duke University

The Ohio State University

United States Department of Homeland Security

Radiation Monitoring Devices (United States)

Sandia National Laboratories

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Realistic and adaptive interactive learning system (RAILS) exploiting 3D video Games

Jim Winso David Olivares John Rolando

RAILS User Interface Program complements the RAILS Game by: Interfacing with the 3D Game Provides instructors with valuable feedback on user's knowledge, skills and abilities Allows instructor to customize training content Facilitates communication with instructors and other trainees Current Status Alpha Release being Tested Beta Release planned for February 2012 Commercial Release planned for July 2012.

Interfacing

Game-Based Learning

Video game

Interface (matter)

10.1109/igic.2011.6114950

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Integrating radiation transport models in a 3D Video Game to train nuclear detection techniques

James Winso John Rolando David Olivares Henry Yu Ronen Shaham

A novel technique has been developed under a Department of Homeland Security Small Business Innovative Research (SBIR) Program to exploit Video Games to dramatically improve the quality and availability of law enforcement and first responder training to locate and adjudicate nuclear sources. This training method is implemented in a software system which allows trainees to practice finding, identifying, and determining the threat level of radioactive sources in a 3D video game environment and returns results to a learning management system to enable tracking progress.

Video game

Adjudication

10.1109/igic.2011.6115136

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