Recently released "Super Marines" in appearance like a cotton candy, in the film actively selling Meng robot "white" fire, it can be seen everywhere round figure.
Disney Niqie scientific community in the United States two hot spots: robotics and health care fields. White is not only perfect, but is closer to reality can be achieved.
Let's look at the film to light - balloon shell, carbon fiber skeleton, cute design, with speech recognition and the ability to scan the body signs, these are very reasonable and mainstream design. Pak is also a collection of three technology industry: mobile medical, robotics and artificial intelligence.
What Mobile Healthcare is?
"Mobile Health" refers to using mobile technology - such as PDA, mobile phone and satellite communications to provide medical services and information. Specific to the mobile Internet field, places based on medical and health class applications Android and iOS App and other mobile terminals based. Now it is more usually it is called mHealth. United States in the 2010 mHealth Summit on mHealth gave a definition - to provide medical services through mobile devices. Such a thought, will move the robot white, really fit this definition.
Mobile medical English original name is "Emerging mobile communication and network technologies for healthcare", translates to "healthcare industry emerging mobile communications and network technology." So the rise of mobile medical, is the root cause of the beginning of the popularity of communications and network development and popularization of technology, cost reduction and equipment, in particular the deployment of a large number of smart phones, only the mobile medical outbreak. Currently mobile medical communications technology is still in the mid-term development dividends.
Logically speaking, the popularity of mobile devices, contributed to the mobile medical industry. So robotics industry is mature, it is to create an index when the white. Accompanied by a 24-hour or so the doctors and nurses are very costly, but replaced by a robot health aide, the cost will be reduced to an incredible low indeed. The United States and Japan are developing medical field of robotics, and each has its own characteristics manufacture medical robot.
Robots have already entered the medical field
AI in the late 1950s began to be used in medical, participate in some conventional medical diagnosis.
In the 1970s, the development of artificial intelligence technology related to the "computer doctor" project. Researchers at the University of Pittsburgh developed for the diagnosis of complex diseases of general internal medicine software "Quick Medical Reference", 4300 kinds of clinical manifestations of this medical diagnosis expert system for the collection, more than 600 kinds of diseases can be diagnosed through the system operation procedures, enhance rapid diagnosis possibility. In 1972, Stanford University started to develop MYCIN system, completed two years later put into application. MYCIN is a help doctors diagnose patients with bloodstream infections in hospital, and the choice of antibiotic therapy expert system is still fairly representative.
South Korea: 15 years to make the robot into the household
After Korea since October 2005 launched 66 smart robot "little secret", in which 64 family-type and two service robots work available to ordinary families were free and the post office. In June 2006, based on comments and suggestions raised by users, the introduction of more advanced robots, and complimentary to one thousand families trial.
Robots can provide simple health services, such as measuring blood pressure, pulse, etc., by the customer favorite. In recent years, the rapid development of information industry in Korea, the government selected service robotics as a development priority. 2013 Korean robot technology will rank third in the world, accounting for 15% share of the global robotics market and exports $ 20 billion and create 10,000 jobs.
Japan: Medical robot endless
Robot Twendy-One-- Waseda University invention, and telemedicine IntouchHealth different directions, twendy-one most important goal is to simulate the human carer. The robot's hands to emulate humans, the initial presentation may have picked up the habit in, squeeze ketchup, it is expected to put into use in 2015, to care for the elderly and the sick. Pricing shortcoming is expensive - about 30 million yen.
University of Tsukuba in Japan HAL-- enterprise CYBERDYNE product HAL as the world's first wearable power system through ISO13482 certified equipment, improved its medical but also as a medical device by the European Union CE certification. It is designed to help patients lower limb muscle atrophy, when you want to stand up, walk, stopped, raised his legs down the stairs, it will be just the right to help you finish.
Japan RIKEN recently demonstrated the newly developed care robots. The robot looks sweet, and full of vitality, it can be like a man gently picked up the sitting person.
Crazy guess about the future of health care
Mobile clinics: In the near future, we can do your own doctor at home: all kinds of App with the wearable device can monitor people's overall more professional household devices such as smart thermometer, medical kits and other things, you can track the key body even at home themselves detect serious diseases, such as the EU-sponsored project SniffPhone, can help people self-diagnose cancer.
Human enhancement: Prostheses become cheaper, more intelligent. Johns Hopkins University recently demonstrated by thought let amputees control prosthetic being developed outside of the human skeleton suits allow people with disabilities to start walking again, it can also be used to enhance the normal limb function. Meanwhile, skin, bones, organs and cultivate 3D printing technology is rapidly evolving. Maybe one day we can give themselves with new body parts, like the mobile phone as Google Ara Project.
Accurate Medical: With more accurate health data, the treatment may be more personalized. Doctors can start to meet individual genes and microbiological status of prescription and use to better understand the effect of the drug. It can more effectively avoid unnecessary treatment.
Medical 20 years later will be what? From implantable sensors, bionic exoskeleton, to gene sequencing, precise personalized medicines, some of which have already become a reality. After all, we have put all kinds of bizarre wearable device and start using a mobile phone App monitor their health. SCIENCE extended mind, we will be armed from limb, from living in a science fiction world is getting closer, on the future health of the Imagination is not so far away, maybe not so crazy.
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