| Title | Sponsor Name | Prime Sponsor |
|---|---|---|
| Transport Aircraft Simulator Motion Fidelity for Abnormal Flight Conditions, Phase I SBIR A1.11 | Aptima, Inc. | US National Aeronautics & Space Administration |
| Traffic Aware Strategic Aircrew Requests (TASAR) Analysis and Development | Rockwell Collins, Inc. | US National Aeronautics & Space Administration |
| Safety of Flight Requirements of Integrated LVC Symbology for the ONR Live, Virtual and Constructive (LVC) Training Fidelity BAA 11-005 dated March 11, 2011 | Rockwell Collins, Inc. | US Department of Defense, Department of the Navy |
| Live, Virtual and Constructive (LVC) Training Fidelity: Technical Area 2: Optimal Fidelity Synthetic Environments | Aptima, Inc. | US Department of Defense, Department of the Navy |
| Cognitive Modeling for Closed-Loop Task Mitigation, NASA SBIR A1.05 Phase II Subcontract | Intelligent Automation, Inc. | US National Aeronautics & Space Administration |
| EPSCOR: Aircraft Upset and Loss of Control Prevention | Iowa State University | US National Aeronautics & Space Administration |
| Synthetic Vision Avionics Backbone | Rockwell Collins, Inc. | US Department of Defense, Defense Advanced Research Projects Agency |
| Workload Evaluation of Distributed Teams (SWEDT) Phase II, Army SBIR Phase II, Topic OSD10-CR6 | Aptima, Inc. | US Department of Defense, Army |
| Revolutionizing Acute Stroke Monitoring with a Fused Multisensory Assessment Tool | American Heart Association | |
| Point Cloud to Object Transformation Techniques in Rotorcraft Landing Systems | Rockwell Collins, Inc. | |
| Workload Classification Algorithm Development and Validation for Human Factors Test Vehicle for DIAM; Sensor Vest | DENSO International America, Inc. | |
| Tactical Aircraft Online Service (TAOS) at DMOC | Rockwell Collins, Inc. | |
| Tactical Aircraft Online Service (TAOS) at I/ITSEC | Rockwell Collins, Inc. | |
| Crewstation Dynamic Training and Performance Enhancement & Cognitive/Neuroergonomical Human Machine interface (HMI) Design; HMMWV Integration | Raytheon Company | US Department of Defense, Army |
| Knowledge Optimized Displays of Information in Human Computer Interaction (ORCID II), Phase II | Aptima, Inc. | US Department of Defense, Department of the Navy |
| Embedded Live Virtual Constructive (LVC) Training; OPL Alliance | Rockwell Collins, Inc. | |
| Northrop Grumman 2011 Support for Industrial Affiliates Program | Northrop Grumman Corporation | |
| QNT C-Band with Dynamic Spectrum Allocation (DSA) | Rockwell Collins, Inc. | |
| Geolocation of Mesh Network Radio Nodes: Range Test of QNT C-Band Radio, Increment 6 | Rockwell Collins, Inc. | |
| UAV Integration | Rockwell Collins, Inc. | |
| Time, Space Position Information (TSPI) Integration and Testing Support: L-29 Flight Demonstration; Increment 4 | Rockwell Collins, Inc. | |
| ONR STTR N11A-T001: Automated Human and System Performance Assessment in Operational Environments (AHSPA) | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| Workload Classification Algorithm Development and Validation for Human Factors Test Vehicle for DIAM | DENSO International America, Inc. | |
| Range Test of QNT C-Band Radio | Rockwell Collins, Inc. | |
| Design, Development, Verification, and Validation of an Integrated Alerting and Notification Function for an Intelligent Integrated Flight Deck | Ohio University | US National Aeronautics & Space Administration |
| Time, Space Position Information (TSPI) Integration and Testing Support: L-29 Flight Demonstration | Rockwell Collins, Inc. | |
| Touch Screen Flight Displays | Rockwell Collins, Inc. | |
| System for Workload Evaluation of Distributed Teams (SWEDT) Phase I | Aptima, Inc. | US Department of Defense, Army |
| Live Virtual Constructive (LVC) Infrastructure and Applications; OPL Alliance | Rockwell Collins, Inc. | |
| Joint Strike Fighter (JSF) Rapid Prototyping Initiative (RPI) Dual Electronics Pod Fabrication, Integration, and Flight Test on L-29 #48 | Rockwell Collins, Inc. | |
| Enhancing Warfighter Situation Awareness Through Trojan Swarm TTNT Phase 3 Terminal at Yuma Proving Ground | Rockwell Collins, Inc. | US Department of Defense |
| Airborne Simulation Architecture Experimentation Support; Increment 2, QNT Data Link Test Support | Rockwell Collins, Inc. | |
| Tailoring Training for Disparately Skilled Participants in Large-Scale Training Exercises (SKATE); Phase II | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| Development and Testing of a Human Factors Test Vehicle for DIAM | DENSO International America, Inc. | |
| Eye Tracking Metrics for Workload Estimation in Flight Deck Operations | US National Aeronautics & Space Administration | |
| Advanced Flight Control Interfaces and Displays for Aerospace Vehicle Operations | Northrop Grumman Corporation | |
| Cognitive Modeling for Closed-Loop Task Mitigation, NASA SBIR A1.05 Phase II Subcontract | Intelligent Automation, Inc. | US National Aeronautics & Space Administration |
| Iowa Space Grant Consortium Training Grant | University of Northern Iowa | US National Aeronautics & Space Administration |
| Integrated Virtual Environments: New FY 2010 Scope | Rockwell Collins, Inc. | |
| Enhancing Aircrew Situation Awareness Through Trojan Swarm 3G UMTS Cellular System | Rockwell Collins, Inc. | US Department of Defense, Army |
| Increment 3 for Common Range Integrated Instrumentation System (CRIIS) Time, Space Position Information (TSPI) Integration and Testing Support: L-29 Flight Demonstration | Rockwell Collins, Inc. | |
| WAPS Airborne Package; Increment 4, Software Support | Rockwell Collins, Inc. | |
| Common Range Integrated Instrumentation System (CRIIS) Time, Space Position Information (TSPI) Integration and Testing Support: L-29 Flight Demonstration | Rockwell Collins, Inc. | |
| Non-Motion Simulator | Rockwell Collins, Inc. | |
| Integrated Virtual Environments (IVE); OPL Alliance | Rockwell Collins, Inc. | |
| Physiological-based Performance Assessment and Review System (PARS); Phase III IDIQ Delivery Order 001 Subcontract | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| Ground Proximity and Reactive Windshear Alerting Proof of Concept | Rockwell Collins, Inc. | |
| Knowledge Optimized Displays of Information in Human Computer Interaction (ORCID II), Phase II | Aptima, Inc. | US Department of Defense, Department of the Navy |
| Operator State Sensor Investigations and Operator State Classification and Feedback Algorithms | US National Aeronautics & Space Administration | |
| Tailoring Training for Disparately Skilled Participants in Large Scale Training Exercises (SKATE) | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| STTR N08-T005 Intuitive Navigation System for Effective Collision-avoidance Tactics - INSECT Phase 1 Option | Aptima, Inc. | US Department of Defense, Department of the Navy |
| STTR N08-T005 Phase II for Intuitive Navigation System for Effective Collision-Avoidance Tactics - INSECT | Aptima, Inc. | US Department of Defense, Department of the Navy |
| Crewstation Dynamic Training and Performance Enhancement & Cognitive/Neuroergonomical Human Machine Interface (HMI) Design | Raytheon Company | US Department of Defense, Army |
| Advanced Flight Controls and Displays for Lunar Landing and Operation | Northrop Grumman Corporation | |
| Real-Time Driver Workload and Stress Assessment Using Physiological Measurements | DENSO International America, Inc. | |
| Eye Tracking Metrics for Workload Estimation in Flight Deck Operations | US National Aeronautics & Space Administration | |
| Additional L-29 Flight Hours for (QTEA) Tool under Phase II STTR N07-T028 | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| Reduced Oxygen Breathing Device Performance Assessment and Review System (ROBD-PARS): Phase II Enhancement | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| Physiological-Based Tools for Virtual Environment Fidelity Design Guidance, STTR Phase II | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| Driver Performance, Eye Movements and Fixations | Science Applications International Corporation | US Department of Transportation, Federal Highway Administration |
| STTR N08-T004 Knowledge Optimized Displays of Information in Human Computer Interaction (ORCID-HCI) | Aptima, Inc. | US Department of Defense, Department of the Navy |
| STTR N08-T005 Intuitive Navigation System for Effective Collision-avoidance Tactics - INSECT Phase 1 Option | Aptima, Inc. | US Department of Defense, Department of the Navy |
| WAPS Airborne Package; Increment 3; Software Support | Rockwell Collins, Inc. | |
| Cognitive Modeling for Closed-Loop Task Mitigation | Intelligent Automation, Inc. | US National Aeronautics & Space Administration |
| WAPS Airborne Package | Rockwell Collins, Inc. | |
| Airborne Simulation Architecture Experimentation Support | Rockwell Collins, Inc. | |
| Operator State Sensor Investigations and Operator State Classification and Feedback Algorithms | US National Aeronautics & Space Administration | |
| Design, Development, Verification, and Validation of an Integrated Alerting and Notification Function for an Intelligent Integrated Flight Deck - Year 2, Increment 2 | Ohio University | US National Aeronautics & Space Administration |
| Design, Development, Verification, and Validation of an Integrated Alerting and Notification Function for an Intelligent Integrated Flight Deck - Year 2 | Ohio University | US National Aeronautics & Space Administration |
| Design, Development, Verification, and Validation of an Integrated Alerting and Notification Function for an Intelligent Integrated Flight Deck | Ohio University | US National Aeronautics & Space Administration |
| Design, Development, Verification, and Validation of an Integrated Alerting and Notification Function for an Intelligent Integrated Flight Deck - Year 3, Increment 2 | Ohio University | US National Aeronautics & Space Administration |
| STTR N08-T004 Knowledge Optimized Displays of Information in Human Computer Interaction (ORCID-HCI) | Aptima, Inc. | US Department of Defense, Department of the Navy |
| STTR N08-T005 Intuitive Navigation System for Effective Collision-avoidance Tactics - INSECT | Aptima, Inc. | US Department of Defense, Department of the Navy |
| Distributed Mission Operations Capable L-29 Jet Aircraft | Rockwell Collins, Inc. | |
| Synthetic Flight Bag (SFB) and Eye Tracking Research Support | Advanced Infoneering, Inc. | |
| Advanced Physiological Measurement Techniques for Empirical Proof of Operator Performance Benefits | Northrop Grumman Corporation | |
| Evaluation of Automatic Warning Modes for Night Vision Enhancement Systems | US Department of Transportation, National Highway Traffic Safety Administration | |
| Real-Time Cogitive Monitoring and Performance Measurement in Flight Environments: Change to Purchase Order | Northrop Grumman Corporation | |
| Real-Time Cognitive Monitoring and Performance Measurement in Flight Environments | Northrop Grumman Corporation | |
| Operator Functional State Assessment and Dynamic Aiding Performance Tool (OFSADAPT) | Aptima, Inc. | US Department of Defense, Air Force |
| Synthetic Vision Systems Integration | Rockwell Collins, Inc. | |
| Pilot Helmet Sensor Instrumentation | Rockwell Collins, Inc. | |
| Operator State Sensor Investigations for Actual Airborne Applications | US National Aeronautics & Space Administration | |
| Benefits of Luminance Above Threshold Levels | 3M Company | |
| Operator State Sensor Investigations and Operator State Classification and Feedback Algorithms | US National Aeronautics & Space Administration | |
| Real-Time Driver Workload and Stress Assessment Using Physiological Measurements | Denso Corporation | |
| Real-Time Driver Workload and Stress Assessment Using Physiological Measurements | Denso Corporation | |
| Environment to Evaluate Candidate Operational Concepts for Alternative Terrain Awareness and Warning Systems; Incorporate GPS Approaches | Rockwell Collins, Inc. | |
| Physiological-based Tools for Virtual Environment Fidelity Design Guidance | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| Test Environment to Evaluate Candidate Operational Concepts for Alternative Terrain Awareness and Warning Systems | Rockwell Collins, Inc. | |
| Physiological-Based Tools for Virtual Environment Fidelity Design Guidance, STTR Phase I Option | Advanced Infoneering, Inc. | US Department of Defense, Department of the Navy |
| Operator State Sensor Investigations and Operator State Classification and Feedback Algorithms | US National Aeronautics & Space Administration | |
| Spatial Orientation Enhancement System (SOES): Contract Extension to Include CARP Flight Test and Software Library | Rockwell Collins, Inc. | |
| Assessment of Glare Induced by HID and Tungsten Halogen Headlamps Final Report | Westat, Inc. | US Department of Transportation, National Highway Traffic Safety Administration |
| Rotorcraft University of Iowa Subcontract: CIB Data Reader | Rockwell Collins, Inc. | |
| Research and Development of Synthetic Vision Displays for Low Level Helicopter Operations in Poor Visibility Environments: Task 1, Hover Display Study | US National Aeronautics & Space Administration | |
| Modeling of Pilot Behavior Using a Controller-Based Approach | US National Aeronautics & Space Administration | |
| Human Factors of Video and Data Displays: Effects of Latency on Flight Information Displays | Rockwell Collins, Inc. | |
| Mile Marker and Ramp Designation Signing Study | University of Maryland | Maryland State Highway Administration |
| Rotorcraft University of Iowa Subcontract | Rockwell Collins, Inc. | |
| Updates to Research Recommended Minimum Levels for Pavement Marking Retroreflectivity to Meet Driver Night Visibility Needs | University of Michigan Transportation Research Institute | US Department of Transportation, Federal Highway Administration |
| Spatial Orientation Enhancement System (SOES): Rotorcraft | Rockwell Collins, Inc. | |
| Development of a Method to Incorporate Eye Tracking Technology in the CATERPILLAR Cab Audit Process | Caterpillar, Inc. | |
| Provide CAAS Symbology Capability in FFD Lab (lab54) for Synthetic Vision Projects | Rockwell Collins, Inc. | |
| Spatial Orientation Enhancement System (SOES): Contract Extension to Include CARP Flight Test and Software Library | Rockwell Collins, Inc. | |
| Lexus LS430 Purchase in Support of Denso Corporation Driver Workload and Stress Assessment Using Physiological Measurements | Denso Corporation | |
| Lexus LS430 Purchase in Support of Denso Corporation Driver Workload and Stress Assessment Using Physiological Measurements | Denso Corporation | |
| Lexus LS430 Purchase in Support of Denso Corporation Driver Workload and Stress Assessment Using Physiological Measurements | Denso Corporation | |
| Driver Workload and Stress Assessment using Physiological Measurements: Step 2 of 3 | Denso Corporation | |
| Driver Workload and Stress Assessment using Physiological Measurements: Step 1 of 3 | Denso Corporation | |
| Turn Lane Lengths for Various Speed Roads and Evaluation of Determining Criteria | Minnesota Department of Transportation | |
| Turn Lane Lengths for Various Speed Roads and Evaluation of Determining Criteria | Minnesota Department of Transportation | |
| Eye Tracking Analysis Toolset | Caterpillar, Inc. | |
| Synthetic Vision for Rotorcraft: Symbologies for Forward Flight, Transition to Hover, and Hover | US National Aeronautics & Space Administration | |
| Spatial Orientation Enhancement System (SOES) | Rockwell Collins, Inc. | US Department of Defense, Air Force |
| Advanced Media/Portable Media; Bi-Static GPS Measurements | US National Aeronautics & Space Administration | |
| Advanced Media/Portable Media; Low Cost Synthetic Vision System | US National Aeronautics & Space Administration | |
| Advanced Media/Portable Media; Low Cost Synthetic Vision System | US National Aeronautics & Space Administration | |
| Determination of the State-of-the-Art in the Visibility of Extended Rectangular Targets Under Dark Conditions | Ecoglo Ltd. | |
| Human Factors of Video and Data Displays, Development of a Study Plan | Rockwell Collins, Inc. | |
| Aviation Weather Information Display Study (AWIDS) | ROCKWELL COLLINS, INC. | US NATIONAL AERONAUTICS & SPACE ADMINISTRATION |
| Laboratory Evaluation of a Flight Display Using Sensor Fusion | Rockwell Collins, Inc. | US Department of Defense, Air Force |
| Development of a Fixed Roadway Lighting Module for the Target Visibility Predictor (TarVIP) Computer Model | US Department of Transportation, Federal Highway Administration | |
| Field Evaluation of the CTCLS Series Traffic Signal Load Switches, Work to Finish the Original Study | OHIO UNIVERSITY | |
| NCHRP5-18 Color Effectiveness of Yellow Pavement Marking Materials | NATIONAL ACADEMY OF SCIENCES | US DEPARTMENT OF TRANSPORTATION |
| Performance Evaluation of Pavement Markings under Dry, Wet, and Rainy Conditions in the Field | 3M COMPANY | |
| Proposal for the Establishment of the Rockwell Collins Human Centered Research Institute at the University of Iowa | ROCKWELL COLLINS, INC. | |
| Defining the Traffic Sign Luminance Needs of Nighttime Drivers for Achromatic and Chromatic Signs | 3M COMPANY | |
| Synthetic Vision Displays: Optimal Display Characteristics | US NATIONAL AERONAUTICS & SPACE ADMINISTRATION | |
| Terrain Sampling Density and Texture Requirements for Synthetic Vision Systems (SVS) | ROCKWELL COLLINS, INC. | |
| Iowa Space Grant Consortium - Year 13 | IOWA STATE UNIVERSITY | US NATIONAL AERONAUTICS & SPACE ADMINISTRATION |
| Terrain Sampling Density and Texture Requirements of Synthetic Vision Systems (SVS) | IOWA STATE UNIVERSITY | US NATIONAL AERONAUTICS & SPACE ADMINISTRATION |
| How to More Safely Accommodate Pedestrians Through an Intersection with Free Flow Legs | MINNESOTA DEPARTMENT OF TRANSPORTATION | |
| Human Machine Interfaces in Automotive Applications | HONDA RESEARCH & DEVELOPMENT AMERICAS, INC. | |
| Headlight Glare Research | WESTAT, INC. | US DEPARTMENT OF TRANSPORTATION |
| Wet Weather Visibility of Pavement Markings | US Department of Transportation, Federal Highway Administration | |
| Selection of Materials to Optimize Sign Performance | NATIONAL COOPERATIVE HIGHWAY RESEARCH PROGRAM | US DEPARTMENT OF TRANSPORTATION |
| Enhanced Nighttime Visibility | Virginia Polytechnic Institute and State University | US DEPARTMENT OF TRANSPORTATION |
| Fun and Stress in Driving | HONDA RESEARCH & DEVELOPMENT AMERICAS, INC. | |
| Assessing Pilot Performance in Flightdecks Equipped with Synthetic Vision Information Systems | ROCKWELL COLLINS, INC. | |
| Evaluation of Traffic Flow Analysis Tools Applied to Workzones Based on Flow Data Collected in the Field | OHIO DEPARTMENT OF TRANSPORTATION | |
| Iowa Space Grant Consortium | IOWA STATE UNIVERSITY | US NATL AERO & SPACE ADMIN |
| Basic Human Factors in Aviation Research | ROCKWELL COLLINS, INC. | |
| Effects of Diagrammatic Entrance Ramp Approach Signs on Driver Behavior | OHIO UNIVERSITY | |
| Enhancing Pavement Marking Visibility for Older Drivers | IOWA DEPARTMENT OF TRANSPORTATION | US DEPARTMENT OF TRANSPORTATION |
| ENHANCING PAVEMENT MARKING VISIBILITY FOR OLDER DRIVERS | IOWA DEPARTMENT OF TRANSPORTATION | US DEPARTMENT OF TRANSPORTATION |
| Enhanced Nighttime Visibility | Virginia Polytechnic Institute and State University | |
| HUMAN FACTORS AND DRIVER VISUAL PERFORMANCE | 3M COMPANY | |
| FACULTY RESEARCH AWARD | 3M COMPANY | |
| FIELD EVALUATION OF THE CTCLS SERIES TRAFFIC SIGNAL LOAD SWITCHES | OHIO UNIVERSITY |