Cool! Now how to imbricate in 1 #ActualVirtual #PhysicalDigital #RealisticVirtualEarth re #RealisticVirtualEarthForRobotics w #RealisticVirtualEarthForLegoRobotics with #MachineLearning w #FilmTo3D App > #WUaSOperatingSystem as Kernel re #StreetView w #TimeSlider? https://t.co/nUoIw0yc6V
— WorldUnivandSch (@WorldUnivAndSch) July 7, 2021
Cool! Now how to imbricate in 1 #ActualVirtual #PhysicalDigital #RealisticVirtualEarth re #RealisticVirtualEarthForRobotics w #RealisticVirtualEarthForLego with #MachineLearning w #FilmTo3D App > #WUaSOperatingSystem as Kernel re #StreetView w #TimeSlider? #WUaSRobotics #wuAsVR ~ https://t.co/VtlbJPO7DP
— Open Band (Berkeley) (@TheOpenBand) July 7, 2021
Training robots to manipulate soft and deformable objects: A virtual environment embedded with knowledge of the physical world speeds up problem-solving. https://t.co/n80tmInPh0 pic.twitter.com/whHhI18WVF
— Massachusetts Institute of Technology (MIT) (@MIT) July 6, 2021
A #RealisticVirtualEarthForPhysics in #GoogleStreetView w #TimeSlider w #TensorFlowAI in 1 #ActualVirtual #PhysicalDigital #RealisticVirtualEarth ~ #RealisticVirtualEarthForRobotics w #MachineLearning > #FilmTo3D w https://t.co/MaqPLypAfy for #FreeDegrees https://t.co/86cGWY4YlL~ https://t.co/5Zjsxuro5p
— WUaSPress (@WUaSPress) July 7, 2021
Cuttyhunk Island Massachusetts, 5 years ago today:https://t.co/SOQDjilRZX #Cuttyhunk #RealisticVirtualEarthforTraveling#RealisticVirtualEarthForSailing#RealisticVirtualEarthForHistory, in 1 #RealisticVirtualEarth #wuAsVR https://t.co/uL6lrr8NMt @WorldUnivAndSch @scottmacleod ~ pic.twitter.com/L8Z24HYZnr
— Scott_GK_MacLeod_WUaS_worlduniversityandschool.org (@scottmacleod) June 20, 2021
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