MIT team places first in U.S. Air Force virtual reality competition

whenever US Air Force put aside a require submissions for the first-ever Visionary Q-Prize competitors in October 2018, a six-person staff of MIT pupils and alumni took up the task. Final month, they emerged as being a first-place winner for their prototype of the digital truth tool they called CoSMIC (Command, Sensing, and Mapping Ideas Center).

The challenge was managed because of the Air Force analysis Labs area Vehicles Directorate while the Wright Brothers Institute to encourage nontraditional sources with revolutionary products and suggestions to build relationships armed forces consumers to develop solutions for secure and safe functions in area.

CoSMIC, a virtual reality visualization tool for satellite operators, put first-in the Augmented Reality/Virtual Reality category. “More than 23,000 items — from satellites to dirt to spent rocket systems — have been in orbit being tracked,” says Eric Hinterman, a graduate student in MIT’s division of Aeronautics and Astronautics and member of the winning staff. “The challenge would be to create a graphical user interface to greatly help visualize these items and anticipate if they’re probably collide, and that which we can do in order to prevent that.”

The goal of CoSMIC is always to enable satellite operators to process more data than they are able to using a standard 2-D display. The technology reduces psychological workload and permits operators to easier do maneuvers while focusing their particular interest on user-selected objects.

“Space is that powerful and complex environment which becoming a lot more congested and contested. We have to manage to display and translate information faster and much more precisely, therefore we can react rapidly and accordingly to any sort of menace, whether or not it’s adversarial, room debris, or satellites in close proximity,” says Gen. Jay Raymond, Air Power Space Command and Joint Forces Area Component commander. “The VQ-Prize challenge is really a prime example of exactly how we’re thinking and sourcing, outside the field, getting after quick, agile onboarding of brand new technology that may make room operations safer for everybody.”

Hinterman and his staff built their model from commercially available components, including an HTC VIVE professional headset plus hand-tracking sensor. “You apply the headset, plus it immerses you in the wonderful world of the satellites,” he explained. “You’re studying the Earth, and satellites surround it as small pinpricks of light. Their orbital data are precise, and you will zoom in on any one of them.” The hand-tracking sensor allows operators to see their arms and to understand and move things while they would in real world.

CoSMIC was developed in the studio associated with the VR/AR MIT, a business for MIT students enthusiastic about digital and augmented truth, of which two teammates are people. Equipment and other sources in studio are offered for pupil use, due to the generosity of corporate and individual donors whom sponsor the student-run team.

In mid-March, the group invested weekly at the United States Air Force Academy in Colorado Springs showcasing the CoSMIC model. Satellite providers in Colorado Springs shared with all of them their difficulties and their particular present treatments and tools. “Based on that, we’re able to modify our model and build various other interesting ideas,” says Anandapadmanaban. Similarly, air power development team experienced a possiblity to analyze CoSMIC and start thinking about how to integrate it with their existing resources.

This thirty days, the MIT team will go to Space Symposium in Colorado Springs, a yearly conference of professionals through the space neighborhood ranging from the army to cyber safety companies to R&D facilities.

“We very intentionally searched for AR/VR enthusiasts and influencers at the outset of this challenge,” says Raymond. “And the solutions we got show there’s a great deal of great ideas available and that we have to continue steadily to produce avenues for instance the VQ-Prize to get in touch revolutionary tips to needs.”

“It’s already been a great challenge,” says Hinterman. “i do believe CoSMIC will be very relevant in the next couple of years while the few satellites becoming launched into orbit increases significantly.”

The CoSMIC group includes MIT undergrads Eswar Anandapadmanaban, an electrical engineering and computer system science major, and Alexander Laiman, a materials research significant; grad student Eric Hinterman of aeronautics and astronautics; and alumni Barret Schlegelmilch SM ’18, MBA ’18, Steven connect SM ’18, MBA ’18, and Philip Ebben SM ’18, MBA ’18.