HCI/HUMAN-MACHINE
TEAMING
Our human-machine interfaces seamlessly integrate AI algorithms and decision-making software into a human operator’s workflow.
We also develop natural interfaces that fuse advanced speech and gesture recognition, innovative computer vision, augmented reality, and smart devices with traditional robot control technologies.
Mixed Reality/Virtual Reality/ Augmented Reality
Immersive and adaptive mixed reality (MR), virtual reality (VR), and augmented reality (AR) training maximizes transfer of skills through ecological mapping of real-world scenarios to computer generated training scenarios, reducing training equipment, development, execution, and maintenance costs.
Mixed Reality / Virtual Reality / Augmented Reality
Immersive and adaptive mixed reality (MR), virtual reality (VR), and augmented reality (AR) training maximizes transfer of skills through ecological mapping of real-world scenarios to computer generated training scenarios, reducing training equipment, development, execution, and maintenance costs.
VSDK Now Part of the Unreal Engine Ecosystem
The VIRTUOSO virtual software development kit eliminates the traditional roadblock of device-specific applications, allowing developers to design and build one application for a range of visualization, input, haptic, and tactile devices, and utilize a single API for interaction across all of these platforms. We recently expanded the VSDK into the Unreal Engine ecosystem.
VSDK Now Part of the Unreal Engine Ecosystem
The VIRTUOSO virtual software development kit eliminates the traditional roadblock of device-specific applications, allowing developers to design and build one application for a range of visualization, input, haptic, and tactile devices, and utilize a single API for interaction across all of these platforms. We recently expanded the VSDK into the Unreal Engine ecosystem.
FOLLOW-ME
The Follow-Me human-machine interface lets a UGV accompany a human operator, like a fellow squad member, through challenging outdoor environments. It responds to speech and gesture commands, providing verbal and non-verbal feedback, maintaining formation, and avoiding obstacles along the way.
FOLLOW-ME
The Follow-Me human-machine interface lets a UGV accompany a human operator, like a fellow squad member, through challenging outdoor environments. It responds to speech and gesture commands, providing verbal and non-verbal feedback, maintaining formation, and avoiding obstacles along the way.
MINOTAUR
Charles River Analytics and our teammate, 5D Robotics, developed an intuitive soldier-machine interface for controlling robotic leader-follower systems in small team operations. The Multi-modal Interface for Natural Operator Teaming with Autonomous Robots, or MINOTAUR, fuses multiple proven leader-tracking and robot control technologies to provide a reliable, hands-free interface for Warfighters operating in challenging environments.
MINOTAUR
Charles River Analytics and our teammate, 5D Robotics, developed an intuitive soldier-machine interface for controlling robotic leader-follower systems in small team operations. The Multi-modal Interface for Natural Operator Teaming with Autonomous Robots, or MINOTAUR, fuses multiple proven leader-tracking and robot control technologies to provide a reliable, hands-free interface for Warfighters operating in challenging environments.
SOLAR
As part of the Defense Advanced Research Project Agency’s Hallmark program, SOLAR helps operators quickly develop situational awareness to maintain critical space assets.
SOLAR
As part of the Defense Advanced Research Project Agency’s Hallmark program, SOLAR helps operators quickly develop situational awareness to maintain critical space assets.
VIRTUOSO SDK
The VSDK eliminates the traditional roadblock of device-specific applications, allowing developers to design and build one application for a range of visualization, input, haptic, and tactile devices, and utilize a single API for interaction across all of these platforms.
VIRTUOSO SDK
The VSDK eliminates the traditional roadblock of device-specific applications, allowing developers to design and build one application for a range of visualization, input, haptic, and tactile devices, and utilize a single API for interaction across all of these platforms.
