Research Terms
Computer Simulation and Modeling
Industries
Modeling, Simulation, & Training (MST)
The University of Central Florida invention describes the Trigger Detection Module (TDM)—a lightweight, low-cost solution that can mount in the M4 pistol grip. The TDM enables a soldier to interact with common augmented reality (AR) or virtual reality (VR) head-mounted displays (HMDs) with both real weapons and commercially available surrogate weapons. Traditional weapons training can include firearms and other weapons training using devices and ammunition for simulated weapon use. The training system can include laser technology that is more than 25 years old, is expensive, and does not accurately simulate weapons fire. Current training infrastructure is heavily reliant on manufacturers of expensive surrogate training weapons made solely for training.
Additional configurations of the TDM connect to the Picatinny Rail System (PRS), enabling use on common weapon systems such as the M9. Using either configuration allows head-mounted displays such as the Microsoft Hololens to receive weapon orientation data and high-quality characterized weapon fire events. The TDM supports a robust open Interface Communication Document that can be tailored to suit various end-user live training applications.
The University of Central Florida invention is a Rover Module (RM) geared toward enabling real-time localization and extended personnel tracking. While the primary use case is for precise tracking during force-on-force training, the module is designed to manage the location of users over extended periods of time. The Rover Module is a networked component that is complimentary to a high-quality weapon tracking component —the Trigger Detection Module—and Real-Time Kinetic base stations.
The Rover Module includes hardware and software support that can alert the wearer of a variety of events through acoustic and haptic feedback. An example application uses the Rover in a live training scenario where an EBullet approach replaces a traditional MILES system to represent a kinetic force-on-force scenario. The RM contains a digital radio that enables bidirectional communication with a base station that provides localization improvements for achieving centimeter-level precision.
Partnering Opportunity
The research team is seeking partners for licensing, research collaboration, or both.
Stage of Development
Prototype available.