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ASU Now - Spark Tank Radar

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TEMPE - February 24, 2020 - ASU Now - Spark Tank Radar - (L-R) ASU Associate Professor Dan Bliss, left, electrical engineering doctoral student Wylie Standage-Beier, Luke Air Force Base' Capt. David Coyle and Lt. Adam Treece, right, pose with their proof-of-concept radar-signal emitter, Dumte (cq), Monday, February 24, 2020, before they take it later this week to Florida, to compete in Spark Tank. The device creates threat-emitting radar signals such as surface-to-air missiles, for flight training. The software-defined-radio costs about small fraction of existing machinery, and will be able to supplement them to create real-world combat training simulations. The team will face five others in the final round, after surviving an opening round of more than 200 competitors. Photo by Charlie Leight/ASU Now

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20200224 Spark Tank Radar 011.jpg
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Copyright Arizona Board of Regents
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20200224 Spark Tank Radar
TEMPE - February 24, 2020 - ASU Now - Spark Tank Radar - (L-R) ASU Associate Professor Dan Bliss, left, electrical engineering doctoral student Wylie Standage-Beier, Luke Air Force Base' Capt. David Coyle and Lt. Adam Treece, right, pose with their proof-of-concept radar-signal emitter, Dumte (cq), Monday, February 24, 2020, before they take it later this week to Florida, to compete in Spark Tank. The device creates threat-emitting radar signals such as surface-to-air missiles, for flight training. The software-defined-radio costs about small fraction of existing machinery, and will be able to supplement them to create real-world combat training simulations. The team will face five others in the final round, after surviving an opening round of more than 200 competitors. Photo by Charlie Leight/ASU Now