#usarmy_devcom search results

Researchers from #ArmyFutures and the University of Southern California’s Institute for Creative Technologies have created an approach to flexibly interpret and respond to Soldier intent derived from spoken dialogue with autonomous systems. #USArmy_DEVCOM spr.ly/6018HfQXp

armyfutures's tweet image. Researchers from #ArmyFutures and the University of Southern California’s Institute for Creative Technologies have created an approach to flexibly interpret and respond to Soldier intent derived from spoken dialogue with autonomous systems. #USArmy_DEVCOM spr.ly/6018HfQXp

The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA

armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA

With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi

armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi
armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi
armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi

NewswireToday / BAE Systems’ Scorpio-XR Extended Range Artillery Projectile Strikes A Decisive Blow #BAESystemsplc #USArmy_DEVCOM #ScorpioXR #Artillery #Ballistics #CombatSystem #Military #Defense #HomelandSecurity - newswiretoday.com/news/184906/


NewswireToday / BAE Systems’ Scorpio-XR Extended Range Artillery Projectile Strikes A Decisive Blow #BAESystemsplc #USArmy_DEVCOM #ScorpioXR #Artillery #Ballistics #CombatSystem #Military #Defense #HomelandSecurity - newswiretoday.com/news/184906/


With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi

armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi
armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi
armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi

Researchers from #ArmyFutures and the University of Southern California’s Institute for Creative Technologies have created an approach to flexibly interpret and respond to Soldier intent derived from spoken dialogue with autonomous systems. #USArmy_DEVCOM spr.ly/6018HfQXp

armyfutures's tweet image. Researchers from #ArmyFutures and the University of Southern California’s Institute for Creative Technologies have created an approach to flexibly interpret and respond to Soldier intent derived from spoken dialogue with autonomous systems. #USArmy_DEVCOM spr.ly/6018HfQXp

The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA

armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA

Researchers from #ArmyFutures and the University of Southern California’s Institute for Creative Technologies have created an approach to flexibly interpret and respond to Soldier intent derived from spoken dialogue with autonomous systems. #USArmy_DEVCOM spr.ly/6018HfQXp

armyfutures's tweet image. Researchers from #ArmyFutures and the University of Southern California’s Institute for Creative Technologies have created an approach to flexibly interpret and respond to Soldier intent derived from spoken dialogue with autonomous systems. #USArmy_DEVCOM spr.ly/6018HfQXp

With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi

armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi
armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi
armyfutures's tweet image. With @USArmy funding, scientists invented a way to make compostable plastics break down within a few weeks with just heat and water in a move that might solve waste management challenges at forward operating bases for Soldiers. #USArmy_DEVCOM #ArmyFutures spr.ly/6018HfQQi

The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA

armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA
armyfutures's tweet image. The future battlefield will rely on teams of air-and ground-based autonomous agents operating mission-to-mission with no @USArmy Soldier intervention, enabling operations in search-and-rescue environments that are too remote or dangerous. #USArmy_DEVCOM spr.ly/6010HfolA

Loading...

Something went wrong.


Something went wrong.


United States Trends