Award Data

OKSI will design and build a Precision Guidance Seeker (PGS) for the 81 mm munition. We will enhance and port our target acquisition and tracking algorithms to a real-time processor onboard the PGS, which will receive target-scene imagery prior to launch or while in flight and will deploy post apogee. OKSI will test the algorithms extensively with a wide range of military-relevant real-world data ...

In previous R&D, the developers created codeSpark Academy, a game that employs a visual and block-based approach with puzzles to teach coding skills to students ages 5 to 9 years old. codeSpark Academy is in widespread use in and out of schools around the world. In this project, the developers will expand storytelling creative tools within the existing game. The pretend-play scenarios will include ...

The game, which is used by children alone or in tandem with a special education practitioner or caregiver, supports children in understanding and expressing musical patterns, and in learning to sing songs before speaking. This project will extend the existing version by developing a prototype that includes additional songs for increased speech-language learning outcomes, an animated onscreen singe ...

The team will develop a new component of the AR app, a prototype with computer vision and recognition software to present real-world phenomena that are ordinarily not observable in nature. In Phase I, the research team will create a magnetism module would show students the invisible magnetic field all around them and how it interacts with magnetic objects. At the end of Phase I, in a pilot study w ...

The team will develop a prototype of an immersive virtual reality experience for high school students to learn about the scientific processes and the biology of plants. The prototype will be designed to be multi-player where groups of students collaboratively conduct open-ended cross-breeding experiments, record images to export to reports, track and analyze data, and draw conclusions. At the end ...

We propose development of an AR system that allows the medical personnel to visualize the internal anatomy of a patient by projecting relevant anatomical information onto the patient directly into the field of view (FOV) of the medic. With no medical imag

The purpose of the MEDIC (Medic’s Enhanced Diagnostic Imaging Companion) system is to provide combat medics, via Augmented Reality (AR), a digitally-superimposed avatar representing the internal anatomy of their Warfighter patient. Phase I of this SBIR p

We propose to develop SmartPatient BOT driven by a continuous learning Natural Language Processing (NLP) Engine which can understand medical learner's questions in a natural conversation mode and provide responses from the medical simulator instead of int

As the production of products with wirelesscapabilities like WiFiand Bluetooth are nearly becomingastandard, it offers the opportunity to drop thearchaicmethods to transfer data between devices with technology like CDsand offerasimpler way for military medics to exchange patient information. Toyon Research Corporation proposes DropNet,across-platform application for secure, device-to-device(D2D)me ...

Team RTI is proposing to develop a comprehensive environment that will facilitate the provisioning and deployment of Network Function Virtualization in tactical DIL networks. We believe that it can add network resilience, enable improved data prioritizati