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As Missy puts it, '"As instrumentation design-ers, our biggest challenge is decidinig how much information not to show, and how to trick people into percerving what we most want them to see. We do this through multivariate instrument optimization which is a fancy way of describing the process of layering many numeric visual inputs together to create a single, rapidly perceived qualitative display, " In other words, Missy's challenge is to find a visual way to merge seat-of-the-pants and by-the-numbers flying.
While 1960s-era apollo astronauts'eyes had to jump repeatedly across many instru-ments to get a sense of situational awareness, the goal of Missy's team's new VAVI( Ver-tical Altitude and Velocity Indicator) is to provide immediate visual cues that are both numerically precise and convey directional information. Her solution was a completely new instrument with " waving arms " that help make astronauts feel visually whether they are going up or down while simultaneously prviding the critical numeric readouts nec-essary for pilots to know exactly where they are and how fast they are going.
Her team has tested their VAVI in a U.S. Maring Corps Harrier Jump Jet with great success, and is looking forward to pushing it out into the commercial aviation market.
Even if NASA doesn't end up heading back to the moon for a long time , Missy is pleased with what her team ha accomplished, By creating a working prototype of a single dash-board instrument that provides both qualitative and quantiative information, they have learned much taht can be applied toward the design of business management control pan-els that make today's digital dashboards look like leftovers from the early days of flight.
As Missy puts it, '"As instrumentation design-ers, our biggest challenge is decidinig how much information not to show, and how to trick people into percerving what we most want them to see. We do this through multivariate instrument optimization which is a fancy way of describing the process of layering many numeric visual inputs together to create a single, rapidly perceived qualitative display, " In other words, Missy's challenge is to find a visual way to merge seat-of-the-pants and by-the-numbers flying.
While 1960s-era apollo astronauts'eyes had to jump repeatedly across many instru-ments to get a sense of situational awareness, the goal of Missy's team's new VAVI( Ver-tical Altitude and Velocity Indicator) is to provide immediate visual cues that are both numerically precise and convey directional information. Her solution was a completely new instrument with " waving arms " that help make astronauts feel visually whether they are going up or down while simultaneously prviding the critical numeric readouts nec-essary for pilots to know exactly where they are and how fast they are going.
Her team has tested their VAVI in a U.S. Maring Corps Harrier Jump Jet with great success, and is looking forward to pushing it out into the commercial aviation market.
Even if NASA doesn't end up heading back to the moon for a long time , Missy is pleased with what her team ha accomplished, By creating a working prototype of a single dash-board instrument that provides both qualitative and quantiative information, they have learned much taht can be applied toward the design of business management control pan-els that make today's digital dashboards look like leftovers from the early days of flight.