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Task Complexity And Time Pressure Affect Air Traffic Controller’S Performance And Workload, Qianru Yang, Andrew R. Dattel
Task Complexity And Time Pressure Affect Air Traffic Controller’S Performance And Workload, Qianru Yang, Andrew R. Dattel
International Symposium on Aviation Psychology - 2017
The purpose of this study was to investigate the effects of task complexity (TC) and time pressure (TP) on air traffic controller’s (ATC) performance and mental workload. Sixteen students enrolled in an aviation college completed four scenarios which were a subset of the ATCPrep software for the AT-SAT. Fifteen performance variables were measured (e.g., conflict resolution). Additionally, NASA-TLX was used to test participants’ mental workload. As expected, for most of the performance variables, high TC andhigh TP resulted in the lowest participant performance. For the three performance variables, TP had a differential effect on TC. Participants experienced the greatest mental …
Fatiguing The Force: Using Operational Data To Improve The United States Air Force’S Mission Effectiveness Model, Kelly M. Amaddio, Jennifer P. Howland
Fatiguing The Force: Using Operational Data To Improve The United States Air Force’S Mission Effectiveness Model, Kelly M. Amaddio, Jennifer P. Howland
International Symposium on Aviation Psychology - 2017
Air mobility pilots routinely fly multiple missions spanning several time zones, thereby disrupting their circadian rhythm. As a result, they consistently operate at a sub-optimal performance level. After several fatigue-related accidents, the Air Mobility Command (AMC) Safety Office incorporated the Sleep, Activity, Fatigue, and Task Effectiveness (SAFTE) model into its Aviation Operational Risk Management (AvORM) program to inform aircrew members of their fatigue levels during critical phases of flight. Further analysis indicated that aircrew members experience higher fatigue levels than predicted, which directly reduces flight safety. This study seeks to improve the underlying assumptions within the sleep model to more …
Longitudinal Safety Climate Analysis: Modeling For Enhanced Organizational Response, Erin E. Bowen, Brian J. Roggow
Longitudinal Safety Climate Analysis: Modeling For Enhanced Organizational Response, Erin E. Bowen, Brian J. Roggow
International Symposium on Aviation Psychology - 2017
Much of the safety climate research captures only a transient state in the aviation environment, by extension limiting organizational responses to transactional approaches. The limits of the transient annual safety climate audit traps safety attitudinal/behavioral research in a static or reactive cycle. The present study takes advantage of a collegiate aviation environment with multiple training locations (each with its own culture), participating in regular safety climate audits across flight operations, to develop an enhanced safety culture model. Using longitudinal climate data collected from the organization, the authors present a mixed-methods trend analysis of safety climate changes to date, incorporating organizational …
Virtual Reality And 2d Interfaces: A Comparison Of Visual Search Task Performance, Matthew Brown, Kathleen Van Benthem, James Howell, Jonathan Poisson, Scott Arburthnot, Chris Herdman
Virtual Reality And 2d Interfaces: A Comparison Of Visual Search Task Performance, Matthew Brown, Kathleen Van Benthem, James Howell, Jonathan Poisson, Scott Arburthnot, Chris Herdman
International Symposium on Aviation Psychology - 2017
Airborne surveillance operations present challenging environments for tactical operators and for the technologies that support these activities. Information from multiple sources is currently presented on 2D displays, but the influx of data hasmade it difficult to represent this informationusing traditional technologies. Recent innovations in VR have laid the groundwork for a promising solution to this problem by allowing users to immerse themselves in 3D representations of the real worldwith embodied tracking capabilities. The present research examined thefeasibility of transitioning two common tactical operator tasks from a 2D to a 3D/VR user interface. Naive participants searchedfor targets amongst a set of …
Attrition In U.S. Air Traffic Control Specialist (Atcs) Training: A Review Of 50 Years Of Data, Dana Broach
Attrition In U.S. Air Traffic Control Specialist (Atcs) Training: A Review Of 50 Years Of Data, Dana Broach
International Symposium on Aviation Psychology - 2017
Aptitude testing and “screening” at the FAA Academy have been viewed as keys to reducing field ATCS training attrition. To what extent have ATCS field training attrition rates changed over time with testing and screening? Historical data on training outcomes were extracted from FAA reports and other documented sources for controllers hired in five non-overlapping cohorts spanning 50 years. Academy Attrition Rateaveraged 26% (SD=18%) over the 50 yearsand across options, compared to 25% (SD=4%)in field training. LowerField Training Attrition Ratescoincided with no screening (22%, 1968– 1970) and intensive screening (19%, 1986–1992). Elimination of screening did not result …
“Final Results Of Multimethodology Application At Civilian Air Navigation Complex Environments”, Lisia Maria Espinola Da Silva Pacheco Cabral, Marcos Pereira
“Final Results Of Multimethodology Application At Civilian Air Navigation Complex Environments”, Lisia Maria Espinola Da Silva Pacheco Cabral, Marcos Pereira
International Symposium on Aviation Psychology - 2017
The paper addresses the final results of a brazilian doctoral research developed at civilian Air Navigation environments (2011-2014), withpartial results already presented at past ISAPs (2011-2015). The study adopted a qualitative, systemic and anticipatory approach to increase metacognition about Team Resource Management (TRM) Training abilities, focused to Threat and Error Management (TEM) practice, with the main purpose of reinforcingoperational safety as a whole. It used Multimethodology, aiming at identifying, structuring, analyzing and monitoring problems upon participants´ different perspectives - operators and heads of distinct sectors. Multimethodology embraced four phases, yearly, coveringmultiple instrumentsand Theoretic Base, as Conceptual Map, System Thinking and …
The Oculometer Training Tape Technique: The Revival, Carolina Diaz-Piedra, Andres Catena, Luis J. Fuentes, Leandro L. Di Stasi
The Oculometer Training Tape Technique: The Revival, Carolina Diaz-Piedra, Andres Catena, Luis J. Fuentes, Leandro L. Di Stasi
International Symposium on Aviation Psychology - 2017
The oculometer training tape technique (OT 3 ) aimsto enhance aviation training by 1) allowing theflightinstructors to provide real-time feedback, 2) improving debriefing sessions by playing back the traineepilot’s scan behavior, and 3) editing didactic videos based on the scan behavior of experienced pilots. Despite the original positive evaluations ofits usefulness, the OT 3 hasfailed to gain traction in aviation training programs. This is probably due to the technical difficulties as well as the intrusiveness/bulkiness of the equipment needed. Modern non-intrusive eye trackers,integrated witha forward facing scene-camera, can record pilots’ eye movements and, simultaneously, capture what the pilot sees. Here, …
Sms Hazard Analysis At A University Flight School, Don Crews, Wendy Beckman
Sms Hazard Analysis At A University Flight School, Don Crews, Wendy Beckman
International Symposium on Aviation Psychology - 2017
For the last several years, the flight school of a mid-sizeduniversity has been working to implement a safety management system (SMS). As part of the effort, a robust self-reporting system has been developed, from which data has been used to effect changes in school policies and procedures. In thisproject, the safety reports that have accumulated over the life of the reporting systemwere classified based on the hazards experiencedwhich caused the report generation.Non-use of standard procedures was found to be theleading hazard, with 90 of the 176 reports indicating improper procedure application. The traffic pattern at the non-towered airport wherethe flight …
Self-Leadership Strategies & Performance Perspectives Within Student Aviation Teams, Christopher Ryan Bearden
Self-Leadership Strategies & Performance Perspectives Within Student Aviation Teams, Christopher Ryan Bearden
International Symposium on Aviation Psychology - 2017
Thisstudy uses a correlational-design to explore relationships betweenpeer ratings of team member effectiveness, supervisor ratings of performance, and self-reportedperformancestrategiesassociated with self-leadership.Team members that were perceived as effective by their peers were also favorably rated on job performance by their supervisors. Peer-ratings onpossession of job-relevant knowledge, skills, and abilitiesincreased with frequency of communication behaviors, as rated by supervisors.This finding replicates previous research that suggests talking leads to perceived expertise in teams.Finally, self-goal setting was found to be related to peer-rated teammate effectiveness, but not supervisor-rated performance.
A Pedagogical Approach To Teach Aviation Students How To Conduct Situation Awareness Research, Andrew R. Dattel, Andrey Babin, Tianhua Li, Ziyi Dong, Stephanie G. Fussell, Qianru Yang
A Pedagogical Approach To Teach Aviation Students How To Conduct Situation Awareness Research, Andrew R. Dattel, Andrey Babin, Tianhua Li, Ziyi Dong, Stephanie G. Fussell, Qianru Yang
International Symposium on Aviation Psychology - 2017
Situation awareness (SA) has been investigated in the aviation industry for decades and recently has become more prominent in other industries. For example, healthcare has experienced tremendous growth in SA research and training. Despite agreement among researchers that SA is important for performance and safety in complex domains, less agreement exists for defining and measuring SA. Certain industries (e.g., aviation, healthcare, process control operations) often have specific methods on how to approach SA. These approaches of introducing employees and students to SA in a specific context may inadvertently limit their full appreciation and understanding of this construct.
An Eeg Data Investigation Using Only Artifacts, Chelsey Credlebaugh, Paul Middendorf, Matt Middendorf, Scott Galster
An Eeg Data Investigation Using Only Artifacts, Chelsey Credlebaugh, Paul Middendorf, Matt Middendorf, Scott Galster
International Symposium on Aviation Psychology - 2017
For decades, it has been reportedthat theelectroencephalogram (EEG) isa positive indicator of mental workload. However, EEG signals are easily affected by artifacts.Anartifact mediation approach, called artifact separation, was developed to enable the consumer of the EEG data to decide how to handle artifacts. The current investigation uses onlydata contaminated by artifacts and discards the artifact free data.This was doneto solve a problem associated with data collection.Specifically, in an experiment, EEGelectrodeleadsforT3 and Fzwere swapped where they were connected to the signal acquisition hardware. To facilitate analysis of the data, it was essential to determine whenthe swap occurred. This was accomplished using …
Effects Of An Ecological Interface On Flight Training Effectiveness, Ronald Deerenberg, M.M. (René) Van Paassen, Clark Borst, Max Mulder
Effects Of An Ecological Interface On Flight Training Effectiveness, Ronald Deerenberg, M.M. (René) Van Paassen, Clark Borst, Max Mulder
International Symposium on Aviation Psychology - 2017
For Ecological Interface Design (EID), the underlying constraints and properties of an operator’s work domain are analysed and used as a basis for the design of the information displays, so that these may reveal these underlying mechanisms. Most evaluations for EID have been performed with expertor trained participants. However, it can be hypothesised that the effects of EID will alsochange the way tasks are learned by novices; since the EID designs support direct manipulation, and at the same time show the constraints in the work domain, a novice would be able to performthe task as a skill, employing the direct …
Tracking Workload And Engagement In Air Traffic Control Students Using Electroencephalography Cognitive State Metrics, Kyle A. Bernhardt, Terra Jorgenson, Craig Carlson, Paul Drechsel, Colt Iseminger, Dmitri Poltavski, F Richard Ferraro, Thomas Petros
Tracking Workload And Engagement In Air Traffic Control Students Using Electroencephalography Cognitive State Metrics, Kyle A. Bernhardt, Terra Jorgenson, Craig Carlson, Paul Drechsel, Colt Iseminger, Dmitri Poltavski, F Richard Ferraro, Thomas Petros
International Symposium on Aviation Psychology - 2017
The current study evaluatedthe utility of electroencephalography (EEG) cognitive state to track workload and engagement changes in air traffic control students of differing experience during a Terminal Radar Approach Control (TRACON) scenario. EEG recordings were collected from 47 air traffic control students (27 with high and 20 with low experience) during a five phase TRACON scenario. The scenario fluctuated in the number of aircraft released per phase and the presence or absence of uncontrolled departures/arrivals. EEG workload probabilities werehigher during the phase with uncontrolled departures/arrivals and maximum number of aircraft compared to phases with no uncontrolled arrivals/departures and fewer aircraft. …
Intelligent Multi-Unmanned Vehicle Planner With Adaptive Collaborative/Control Technologies (Impact), Mark Draper, Gloria Calhoun, Michael Hansen, Scott Douglass, Sarah Spriggs, Michael Patzek, Allen Rowe, Dakota Evans, Heath Ruff, Kyle Behymer, Michael Howard, George Bearden, Elizabeth Frost
Intelligent Multi-Unmanned Vehicle Planner With Adaptive Collaborative/Control Technologies (Impact), Mark Draper, Gloria Calhoun, Michael Hansen, Scott Douglass, Sarah Spriggs, Michael Patzek, Allen Rowe, Dakota Evans, Heath Ruff, Kyle Behymer, Michael Howard, George Bearden, Elizabeth Frost
International Symposium on Aviation Psychology - 2017
Thissymposium provides an overview of a researcheffort that integrated several autonomy advancements into a control station prototype to flexibly teama single human operator with heterogeneous unmanned vehicles. The autonomy related technologies optimize asset allocation, plan vehicle routes, recommend courses of actionand provide a distributed support architecturefeaturing an extensible software framework.This effort also integrated these technologies with novel human-autonomy interfaces that allow operators to effectively manage UxV viahigh level “play” commands. Evaluation results indicatethat the innovative approach supports operator-autonomy teaming for effective management of a dozen simulated vehicles performing base defense tasks.
Cognitive Constraints For Automation On Flight Testing, Diogo Silva Castilho
Cognitive Constraints For Automation On Flight Testing, Diogo Silva Castilho
International Symposium on Aviation Psychology - 2017
The first flight of a new aircraft is still a dangerous event. Despite all simulations and software predictions, test pilots face many unknowns when a prototype leaves the ground for the first time. The cultural celebration of first flights masks the concerns of many stakeholders about the technical challenges of the new equipment. The pilot extensively prepares to react properly to unexpected situations and often bring a new story to tell, but in a time whenremotely piloted and autonomous aircraft fly every day, the question about how to use their technologies to save a test pilot life arises. This study …
Incomplete Knowledge Of Results And The Manipulation Of Response Bias, Matthew J. Davis
Incomplete Knowledge Of Results And The Manipulation Of Response Bias, Matthew J. Davis
International Symposium on Aviation Psychology - 2017
In signal detection theory, an optimal observer exploits all available information to achieve the desired goal of a particular decision strategy (Green & Swets, 1966). Detectionexperiments often provide the observer with complete knowledge of results (CKR) in order to ensure best possible performance for the task. If optimal behavior is indeed dependent upon CKR, then a degradation of that information should also reduce the likelihood of achieving optimal response bias. A single-interval auditory detection experiment was conducted to measure changes in response bias in the presence of incomplete knowledge of results(IKR) (i.e. feedback for some combination of true/false detections …
Self-Deception And Impression Management In Commercial Pilots: An Underreported And Potential Confound In Aviation Research, Tabitha T. Black, Ryan Sain, Steven M. Vera
Self-Deception And Impression Management In Commercial Pilots: An Underreported And Potential Confound In Aviation Research, Tabitha T. Black, Ryan Sain, Steven M. Vera
International Symposium on Aviation Psychology - 2017
A concern when administering questionnaires is whether the participant is providing information that is accurate. The Balanced Inventory of Desirable Responding(BIDR) was used to assess commercial pilots’ socially desirable responding resulting in two profiles: Impression management (IM; faking bad) and self-deceptive enhancement (SDE; faking good). These pilots’ profiles were compared to the Aviation Safety Locus of Control(ASLOC) scale, used to measure external (ASLOC-E) or internal (ASLOC-I)orientation, and the Crew Resource Management Training Survey(CRMTS)developed from the Federal Aviation Administration’s guidelines for CRM. The results from the SDE indicated that over a fourth of the participants responded in a …
Relationship Between Relational Energy, Emotional Labor, And Cognitive Flexibility Among Flight Attendants, Rithi Baruah
Relationship Between Relational Energy, Emotional Labor, And Cognitive Flexibility Among Flight Attendants, Rithi Baruah
International Symposium on Aviation Psychology - 2017
The primary aim of the civil avaiation insdustry is to work for the safety and comfort of their clients and customers. This study concentrated on the front line employees of the aviation industry, the flight attendants who are paid to smile.Energy at workplace is a fairly new concept and is an organisational resource which help employee attain their goals. The aim of the study was to establish the relationship between relational energy and the major issue of emotional labor(deep acting and surface acting)and cognitive flexibility among flight attendants. A correlational research design was used to study the relationship among 39 …
Development Of A Model Of ‘See And Avoid’ In Parachuting, Victoria Cutler, Saskia Revell
Development Of A Model Of ‘See And Avoid’ In Parachuting, Victoria Cutler, Saskia Revell
International Symposium on Aviation Psychology - 2017
The UK military undertakes in-depth investigations of serious parachuting accidents, which have recently included two mid-air collisions. The analysis of these accidents identified that collision avoidance in parachuting uses similar processes to the see-and-avoidtask performed by aircraft pilots. However, no research was identified that had explored see-and-avoid when parachuting. Accordingly, a model of parachuting see-and-avoidwas developed which consisted of six stages which must be performed in sequence for a collision to be avoided successfully. Each stage of see-and-avoid wasassociated with key errors, the likelihood of which wasinfluenced by a range of factors within the individual, their operating environment, and equipment. …
Federal Aviation Administration Flight Deck Human Factors Research Program, Sheryl L. Chappell, Regina G. Bolinger, Ashley C. Awwad
Federal Aviation Administration Flight Deck Human Factors Research Program, Sheryl L. Chappell, Regina G. Bolinger, Ashley C. Awwad
International Symposium on Aviation Psychology - 2017
The next generation air transportation system (NextGen) is a comprehensive suite of state-of-the-art technologies and procedures that improves national airspace system(NAS)capacity and efficiency, while maintaining world-class safety. In order to realize these improvements,the roles and the systems ofpilots and controllers are changing. Advanced technologies and new procedures make the information and the tasksmore complex. The Federal Aviation Administration’s (FAA) Flight Deck Human Factors Research Programexamines flightcrew interaction with current and future technology and pilotperformance of flight procedures. Human factors scientists across industry, government,and academia produce scientific and technical data-driven recommendationsto support the FAA’s development of regulatory standards, policies, and other …
Proposed Scenarios For The Standardization Of The Evaluation Of New Atc Technologies And Procedures, Jerry M. Crutchfield, Angel Millan
Proposed Scenarios For The Standardization Of The Evaluation Of New Atc Technologies And Procedures, Jerry M. Crutchfield, Angel Millan
International Symposium on Aviation Psychology - 2017
This project providesFederal Aviation Administration acquisition program managers and system development integration contractors with a standard set of human-in-the-loop simulation scenarios against which new Air Traffic Control (ATC) technologies and procedurescan be evaluated. Wescripted 24scenarios, eight scenarios for each of three different types of airspace, including a TRACON arrival sector and both low and high altitude en route sectors. The scenarios were scripted to re-create real world airspaces that analyses showedare associated with complex traffic situations. They included representations of severe weather and high traffic load for the purpose of demonstrating the performance of new ATC technologiesand procedures when challenged …
Human Decision Making And Threat-Awareness Response During Emergency Aircraft Evacuations, Sarah Hubbard, Tim Ropp
Human Decision Making And Threat-Awareness Response During Emergency Aircraft Evacuations, Sarah Hubbard, Tim Ropp
International Symposium on Aviation Psychology - 2017
Aircraft emergencies requiring evacuation present unique safety challenges to both crew and passengers due to theconfined space and the speed at which fire, extreme heatand smoke propagate. In thisscenario, where a one or two second delay can literally determine survivability, rapid evacuation is paramount. Although evacuation capability is demonstrated through requiredand controlleddrillsfor aircraft certification, during a real emergencyhuman factorsaffect passenger decision making, in some cases resulting in the decisionto retrieve personal items during actual emergency evacuations. This may pose a significant threat to post-accident survivability. This research evaluates evacuation decision making and the associated impact on passenger exit flow, during …
An Interdisciplinary Approach To Evaluating U.S. Army Aviation Training, Martin S. Goodwin, Lauren Reinerman-Jones, Brian F. Goldiez, Robert A. Crapanzano
An Interdisciplinary Approach To Evaluating U.S. Army Aviation Training, Martin S. Goodwin, Lauren Reinerman-Jones, Brian F. Goldiez, Robert A. Crapanzano
International Symposium on Aviation Psychology - 2017
The U.S. Army is seeking to update and expand its use of simulation-based aviation trainingto address operational and fiscal concerns that are driving the need for more efficient training solutions.This has created a needto evaluate whether lower-cost, game-based simulations may potentially augment higher-cost, traditional simulation-based trainingfor specific aviation training tasks.However, current approaches to Training Effectiveness Evaluation (TEE) do not address the complete range of factors to adequately evaluate today’s increasingly sophisticated simulation training environments. Leveraging recent research and drawing from the tools and techniques of human performance assessment, instructional science, and phenomenology, an interdisciplinary approach to performing TEEs is introduced …
Using Pair-Wise Rankings In The Assessment Of Adaptive Aiding, Christina Gruenwald, Matt Middendorf, Chelsea Credlebaugh, Jonathan Mead, Scott Galster
Using Pair-Wise Rankings In The Assessment Of Adaptive Aiding, Christina Gruenwald, Matt Middendorf, Chelsea Credlebaugh, Jonathan Mead, Scott Galster
International Symposium on Aviation Psychology - 2017
In remotely piloted aircraft (RPA) operations, operator cognitive workload is an important concern. High workload couldresult in performance decrements and operational mishaps. In research, physiological data can beused by models to assess the operator’s cognitive state. When a model detects the onset of cognitive overload, assistance could thenbe provided to the operator to help mitigate the overload in some form of augmentation. However, it is imperative that the assessment is accurate and completed in a timely manner. The accuracy of a workload assessment model and augmentation application canbe evaluated using a psychometrically determined scale of man/machine conditions. Both the operator …
Increasing Acceptance Of Haptic Feedback In Uav Teleoperations By Visualizing Force Fields, Victor Ho, Clark Borst, Rene Van Paassen, Max Mulder
Increasing Acceptance Of Haptic Feedback In Uav Teleoperations By Visualizing Force Fields, Victor Ho, Clark Borst, Rene Van Paassen, Max Mulder
International Symposium on Aviation Psychology - 2017
In tele-operating an UAV, human operators fully rely on cameras to control thevehicle from a distance. To increase operator situation awareness and reduce workload, haptic feedback on the control stick has been developed which acts as an automatic collision avoidance system. A virtual force field surrounding the moving vehicle interacts with obstacles surrounding it,yielding repulsive forces on the stick that leadthe vehicle away from them. Albeit successful in significantly reducing the number of collisions,thehaptic interfacereceivedlow user acceptance ratings.Operators do not always fully understand the collision avoidance automation intentions, and they experience the haptic forces as intrusive. This paper discusses thedevelopment …
A Dynamic System Simulation Device To Define Human-System Interface Requirements For The Dassault Rafale, Daniel Hauret, Julien Donnot
A Dynamic System Simulation Device To Define Human-System Interface Requirements For The Dassault Rafale, Daniel Hauret, Julien Donnot
International Symposium on Aviation Psychology - 2017
Our study aimedto collect enhancement proposals of Rafale fighter aircraft human-system interface. Proposals had to be innovative and complied with the needs of information for pilots regarding Rafale future capabilities. We developed amethodology based on a device enabling the simulation of a dynamic system activity that is theRafale integrated in its war environment. Creativity of front line pilots participating inthis experimentation has been stimulated but constraint by the necessity ofa useful production due to the risks associated to the modification of a fighter aircraft already operating since 2006. Each proposal has been analyzed and synthetized through the abstraction hierarchy model …
Engineering For Humans: A New Extension To Systems Theoretic Process Analysis, Megan France, John Thomas
Engineering For Humans: A New Extension To Systems Theoretic Process Analysis, Megan France, John Thomas
International Symposium on Aviation Psychology - 2017
Systems Theoretic Process Analysis (STPA) is a new hazard analysis method developed at MIT to address a broad range of accident causal factors including dysfunctional interactions among components, design flaws, and requirements problems. This paper presentsa new extension for analyzing human interactions with automation and understanding why unsafe behaviors may appear appropriate in the operational context. The extension is demonstrated by applying it to pilot control of aircraft pitch control during stall recoveryusing scenarios from theAir France 447 accident
Human Performance Assessment: Evaluation And Experimental Use Of Wearable Sensors For Brain Activity Measures, Kurtulus Izzetoglu, Dale Richards, Lei Ding, Chen Ling, Ben Willems
Human Performance Assessment: Evaluation And Experimental Use Of Wearable Sensors For Brain Activity Measures, Kurtulus Izzetoglu, Dale Richards, Lei Ding, Chen Ling, Ben Willems
International Symposium on Aviation Psychology - 2017
The emerging wearable human performance monitoring technologies can help evaluate the cognitive status and capacities of the crew in the cockpit as well as those operating ground control stations. Traditionally the use of behavioral measures and subjective metrics has been used to address cognitive factors associated with pilots or operators of safety critical systems. However, the advance in wearable physiologytechnologies could provide additional performance metrics directly driven from brain based measures, potentially validating subjective assessments and ultimately bringing us closer towardsmaintaining safe and effective performance. Furthermore, these techniques may also aidthe design and evaluation of new technologies that are being …
Pegasas: Weather Technology In The Cockpit, Ian Johnson, Geoff Whitehurst, Vladimir N. Risukhin, Lori J. Brown, William Rantz, Thomas K. Ferris, Trey Roady, Carolina Rodriguez-Paras, Kathryn Tippey, Mel J. Futrell
Pegasas: Weather Technology In The Cockpit, Ian Johnson, Geoff Whitehurst, Vladimir N. Risukhin, Lori J. Brown, William Rantz, Thomas K. Ferris, Trey Roady, Carolina Rodriguez-Paras, Kathryn Tippey, Mel J. Futrell
International Symposium on Aviation Psychology - 2017
Research showsthat a high percentage of weather-related General Aviation (GA) accidents can be attributed to pilots flying into Instrument Meteorological Conditions (IMC) without experience or appropriate certifications to safely operate beyond Visual Flight Rules (VFR). To makesafety-critical decisions, pilots oftenuse weather indication delivered on screens of portable electronic devices. This information often is obsolete with a latency up to20 minutes. Web-based experiential education modules, using a flight simulation system for demonstration of this weather indication latency, can potentially mitigate this problem.Modules will be designed to provide pilots with the ability to “experience” different weather phenomenaand will include tools to improve …
Design Considerations For Attitude State Awareness And Prevention Of Entry Into Unusual Attitudes, Kyle K.E. Ellis, Lawrence J. (Lance) Prinzel Iii, Jarvis J. (Trey) Arthur, Stephanie N. Nicholas, Captain Daniel Kiggins, Harry Verstynen, Captain Clay Hubbs, Captain James Wilkerson
Design Considerations For Attitude State Awareness And Prevention Of Entry Into Unusual Attitudes, Kyle K.E. Ellis, Lawrence J. (Lance) Prinzel Iii, Jarvis J. (Trey) Arthur, Stephanie N. Nicholas, Captain Daniel Kiggins, Harry Verstynen, Captain Clay Hubbs, Captain James Wilkerson
International Symposium on Aviation Psychology - 2017
Loss of control –inflight (LOC-I) has historically represented the largest category of commercial aviation fatal accidents. A review of the worldwide transport airplane accidents (2001-2010) evinced that loss of attitude or energy state awareness was responsible for a large majority of the LOC-I events. A Commercial Aviation Safety Team (CAST) study of 18 worldwide loss-of-control accidents and incidents determined that flight crew loss of attitude awareness or energy state awareness due to lack of external visual reference cues was a significant causal factor in 17 of the 18 reviewed flights. CAST recommended that “Virtual Day-Visual Meteorological Condition” (Virtual Day-VMC) displays …