Decoding Human World: Plasticizing Human Singers As children’s awareness of science and technology continues to deepen, museums around the world need to use high technology to attract children’s attention. The Innovation and Technology Museum in San Jose, Calif., is even more in need of technological innovation. According to Lei Fengnet, Dan Streelman, Director of Exhibition Development, and Lisa Incatasciato, the exhibition developer, said before the opening of the exhibition that this was an immersive exhibition and would be a permanent installation that could last for 10 years. Dan Streelman and Lisa Incatasciato of the Museum of Innovation and Technology Streelman said in an interview with VentureBeat, “We have an incredible plasticization of the human body, and each visitor knows more about themselves and falls in love with themselves through the Human World Exhibition.†You also used AR to turn the entire exhibition venue into an anatomical laboratory and enhance the experience of visiting the exhibition. Incatasciato provided Google Tango tablets and Lenovo Phab 2 Pro phones to run the Iris APP. The Iris APP is jointly produced by the Museum and Future Institute and is suitable for this exhibition. Hold the tablet and go to the exhibition area. On the tablet screen you can see some icons floating in the air. Click on one of the icons and you will be in front of your eyes. Incatasciato said: "AR lets us see the dynamic picture, not like the 2D picture in the book." Decoding Human World: Flamenco Dancers If you zoom in on a picture, the virtual picture can come closer and closer to the eye. Streelman said: "We are working with 3D animators to develop content together." The exhibition hall is surrounded by 3D models and virtual objects, including the eyeball, the beating heart, the digestive tract and the head in motion, and suspended in the air. blood cells. Lei Feng network sounds very graphic. The exhibition showcases the six systems of the human body, including the motor system, the nervous system, the cardiovascular system, the urinary system, the reproductive system and the digestive system. In the reproductive system exhibition area there are shaped penis and vagina, some of which are attached to the body, others are not. Incatasciato said: "When the school delegation visited, it sometimes gave a giggle." The picture is a topography There are many large displays on the exhibition grounds and animations can be seen. For example, you can see an X-ray image of a moving knee. There is also a 3D visual table of the anatomy. The human body is dissected by touching the screen with a finger and the cross section of any part can be seen. Streelman said: "We have set up animation scenes showing different parts of the brain." It took the museum about a year to study the technology. Incatasciato said it expects to be compatible with AR platforms such as Google ARCore or Apple ARKit in the future. Image shows muscles exercised according to human direction According to Lei Fengnet, for the exhibition, venture capitalist John Doerr and his wife Ann donated US$5 million. They hope to increase the awareness of more young people about life sciences. The museum has 8 complete shaped bodies and more than 60 specimens. The human body and specimens were preserved by the Institute of Bioplasticization of Gunther von Hagens.