Matchmaking Partner Inquiry | Ohio Federal Research Network

Displaying 28 - 30 of 32

Partner type

Organization type

Filter

Organization Area of Interest(s)

Partner Area of Interest(s)

Items per page

ID#	Organization type	Capabilities offered	Equipment & facilities	Organization area of interest(s)	Other offerings	Partner capabilities sought	Partner type	Partner area of interest(s)	Other partner skills sought
81	Small Business	Portfolio of Telemetry and flight test solutions for tracking and data acquisition including IFF Seeker and ESA capabilities	Access to loaner equipment	7.6.a. Autonomy: Autonomous Systems Operations 7.6.b. Autonomy: Operator defined metrics for trusted autonomy	Telemetry Flight test Isr Data acquisition IFF Remote ID ESA	Groups seeking to leverage high PWIN solutions that have transmitted information from the moon to earth , Solutions used by all the major launch providers included in your project Unit under test tracking capabilities via wireless technology Test capabilities for HUMS	Both academic and industry partners	7.1.a. Hypersonics: Materials and Technology to Enable Variable Geometry of Aerodynamic Surfaces 7.1.b. Hypersonics: High Speed Aircraft Thermal Management and Heat Rejection Technology 7.2.a. Health and Human Performance: Predictive AI to support medical triage, life-saving interventions, and medical logistics utilization across the continuum of En route care 7.2.b. Health and Human Performance: AI-supported logistics planning for operational commanders 7.3.b. Aerospace Power Management, Materials, and Distribution: Aerospace Electrification – Relevant, HV/HP, Fault-Smart Switch Gear 7.4.b. Commercial Space in Low Earth Orbit: Space-Based Space Situational Awareness 7.5.a. Quantum Technologies: Sensing and timing systems with reduced bias error or increased sensitivity 7.6.a. Autonomy: Autonomous Systems Operations 7.6.b. Autonomy: Operator defined metrics for trusted autonomy 7.7.a. Advanced Materials Technology – Critical Materials Supply for Aerospace: Methods for Production, Joining, and Modeling of	Focus on eastern half of US with program offfice contacts , won AFWERX and NOAA awards
82	Large Business	Provide full lab and manufacturing facilities. Existing camera and sensor products at TRL8.	None	7.4.b. Commercial Space in Low Earth Orbit: Space-Based Space Situational Awareness	A leader in Space, Hypersonics, and Missile Defense offering engineering, hardware, and mission critical communications technology who is committed to further strengthening our national security space and missile defense. Our core solutions are Design, Modeling & Sim, Precision Manufacturing & Assembly, R&D through rapid prototyping, Classified Computing, and Launch Support & Logistics.	Looking for academic partners that can partner to provide: 1. Development of a modeling and simulation framework for a focal plane in space, with both space and Earth backgrounds, accurately representing the complex interactions between the optical system and the environment in both contexts. 2. Development of optical and infrared spectrum signatures in a library designed to provide comprehensive, accurate, and mission-relevant data for analyzing and characterizing various targets and phenomena. The library should include a diverse range of signatures corresponding to a wide variety of materials, environmental conditions, and operational scenarios, such as spacecraft, satellites, atmospheric interference, and terrestrial objects, under both daylight and nighttime conditions. Development of an optical and infrared discrimination algorithm suitable for running in real time on flight computers must be designed which enables real time discrimination of observed objects in the space environment. Truth data developed under task 2 will be utilized to train optical and infrared discrimination algorithms. The modeling and simulation framework described in task 1 should be utilized to validate the discrimination algorithm under a variety of observed conditions such as earth background, presence of glints and optical artifacts from earth, sun and moon reflections and time of day variations. The discrimination algorithm must then be ported to flight hardware and validation must occur that the algorithm will perform correctly utilizing the flight computer hardware.	Academic research partner	7.4.b. Commercial Space in Low Earth Orbit: Space-Based Space Situational Awareness	Modeling and sim experience.
83	Academic	We are a team of 2 assistant professors (mechanical and computer science) interested in developing and implementing control and planning algorithms on multi-modal robotic platforms for autonomy, tracking and evasion scenarios.	Resources/platforms for implementing the multi-robot ASO.	7.6.a. Autonomy: Autonomous Systems Operations 7.6.b. Autonomy: Operator defined metrics for trusted autonomy	We have a 151515 ft^3 flying arena to test our developed algorithms, we also have ground and aerial robots (NDAA compliant) that can be used for algorithm verification in constrained environments.	We are looking for an industry partner to team up with and submit a proposal for 7.3.6.1 - Autonomous Systems Operations.	Both academic and industry partners	7.6.a. Autonomy: Autonomous Systems Operations 7.6.b. Autonomy: Operator defined metrics for trusted autonomy

Check the ID# for the organizations above with which you would be interested in meeting. As you make selections, the Partner IDs are automatically entered below. Enter your contact information and we will review your request.

OFRN will facilitate all requested introductions; it is up to you whether you choose to pursue them.