Anthrotronix, Inc.

In order to predict and optimize human performance under reduced manpower conditions, it is helpful to model aspects of physical and cognitive performance under varied conditions, highlighting tradeof ...

Our Phase 1 objective is to identify appropriate technologies that can improve communication and engagement in the Second Life (SL) virtual world (VW), and to determine new methods that allow for enha ...

The proposed SBIR effort seeks to design, develop, and validate a Communication and Operational Multi-Modal Automated Navigation Device (COMMAND) that 1) combines AnthroTronix, Inc (ATinc)"s existing ...

The proposed SBIR effort seeks to develop and validate a skill acquisition/decay model, novel objective metrics, and simulation-based training strategies for the prevention of laparoscopic surgical sk ...

This project develops and evaluates the technical feasibility of implementing a suite of Social Activity Modules to be used with the CosmoBot™ system, an interactive robotic toolkit, for children wi ...

Clear needs exists for a more comprehensive understanding of the nature of laparoscopic surgical skill acquisition and decay, objective metrics with which to assess these skills over time, and simulat ...

While a significant research has been conducted examining the transfer of training from VEs. Currently fidelity requirements are determined by performance measurements and subjective evaluations. It ...

Under complementary Phase II efforts, ATinc and DI will improve and integrate the System for Tactile Representation of Advanced Patterns (STRAP) and the Team Status and Signaling System (TS3) prototyp ...

A multi-modal computer interface device and authoring toolkit for the development of age-appropriate computer learning for children and adolescents with developmental delays

One of the major questions simulation designers must address is "which components of fidelity have the greatest impact on transfer of training?" In theory, the notion is that the higher the simulation ...