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Integrated Intelligent Flight Deck Project
The Integrated Intelligent Flight Deck (IIFD) Project will pursue flight
deck related concepts and technologies that will ensure the human
contribution to safety in the future operational environment as
envisioned within NextGen. The scope of IIFD includes the following:
development of crew/vehicle interface technologies better inform the
pilot in an increasingly information-rich operating environment;
development of fail-safe methods for changing the operator/automation
roles in response to context; and development of a comprehensive
surveillance system design that enables robust detection of external
hazards with sufficient time-to-alarm for safe maneuvering to avoid the
hazards. The products of the IIFD Project should enable system designers
to eliminate the safety risk of unintended consequences when introducing
new and advanced systems into an operational environment. Because of the
potential broad applications for the IIFD products to include
commercial, military, and space vehicles, ARMD will be working with the
FAA, DOD, and the NASA space directorates to develop these technologies.
The following are ROA-2007 NRA awards for the IIFD Project, with the most recent listed first.
+ ROA-2007 IVHM NRA Awards (click to open and close panel)
| PI Last Name |
Title |
Organization |
State |
Award Date |
Year 1 Amount |
| Xu |
A Novel Non-intrusive Multi-modal System for Real-time Operator State Assessment |
Intelligent Automation, Inc. |
MD |
12/21/2007 |
$130,000 |
| McCarley |
Control of Attention: Modeling the effects of stimulus characteristics, task demands and individual differences |
University of Illinois |
IL |
09/29/2007 |
$151,000 |
| Schnell |
Operator State Sensor Investigations for Actual Airborne Applications |
University of Iowa |
IA |
09/21/2007 |
$138,000 |
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The following are ROA-2006 NRA awards for the IIFD Project, with the most recent listed first.
+ ROA-2006 IVHM NRA Awards (click to open and close panel)
| PI Last Name |
Title |
Organization |
State |
Award Date |
Year 1 Amount |
| Sarter |
Proactive System Design and Evaluation: Supporting Pilot-Automation Interaction Through Empirical and Modeling Analyses |
Univ of MI |
MI |
09/10/2007 |
$245,883 |
| Cupero |
Head-Worn Display Systems |
Honeywell |
MN |
08/29/2007 |
$250,000 |
| Bailey |
ACM-DAS Advanced Computational Models for the Design of Automated Systems |
Aptima |
MA |
08/27/2007 |
$150,000 |
| Johnson |
Designing Human-Automation Interaction Through Computational Modeling of Cognition and the Dynamic Flight Environment |
Georgia Tech |
GA |
07/23/2007 |
$241,165 |
| Sherry |
Automation Interaction Design and Evaluation Methods |
George Mason |
VA |
07/19/2007 |
$243,969 |
| Zhang |
Airborne Phased Array Radar for Microphysics-Based Hazard Detection and Monitoring |
Univ of OK |
OK |
06/30/2007 |
$299,151 |
| West |
Hazard Analysis for a Forward-Looking Interferometer |
Georgia Tech |
GA |
06/27/2007 |
$465,000 |
| Vahala |
Airborne Bistatic Radar for Wind Hazard Detection and Avoidance |
Old Dominion Univ |
VA |
06/25/2007 |
$108,170 |
| Uijt de Haag |
Sensor Technology Model Development and Evaluatiaon for an Integrated Intelligent Flight Deck External Hazard Monitor |
Ohio Univ |
OH |
06/22/2007 |
$135,900 |
| White |
Characterization of Airborne Runway Incursion Sensors |
Research Triangle Institute |
NC |
12/04/2006 |
$138,075 |
| Rahman |
Smart Sensor Processing for Automatic Runway Hazard Detection |
Old Dominion University |
VA |
12/04/2006 |
$165,000 |
| Schnell |
Operator State Sensor Investigations and Operator State Classification and Feedback Algorithms* |
University of Iowa |
IA |
11/01/2006 |
$251,559 |
| Johnson |
Methodology to support Dynamic Function Allocation Policies bet/Humans and Flight Deck Automation |
Georgia Tech Research Corp. |
GA |
09/28/2006 |
$140,000 |
| Kaber |
Testing & Validation of a Psychologically defined Metric of Display Cluster |
North Carolina State University |
NC |
09/28/2006 |
$130,601 |
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+ Integrated Vehicle Health Management Project
+ Aircraft Aging and Durability Project
+ Integrated Intelligent Flight Deck Project
+ Integrated Resilient Aircraft Control Project
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