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At the closing ceremony of the 2017 World Robotics Congress held on the 27th, the World Robotics Conference Expert Committee released the “Tenth Most Growing Technology Outlook (2017-2018) in the Robotics Field†in conjunction with the robot development trend and evolution rules. The medical, exploration and defense fields have become the key targets.
(1) "Soft Robot" - Flexible Robot Technology
This technology refers to the development, design and manufacture of robots using flexible materials, and generally adopts memory alloys, gas-driven control methods. The flexible material has the characteristics of being able to change its shape arbitrarily in a wide range, and has broad prospects in the field of pipeline fault inspection, medical diagnosis, detection and detection.
(B) "Robot Deformable" - Liquid Metal Control Technology
The technology refers to a technology that controls the external environment of the electromagnetic field and controls the appearance and movement of the liquid metal material. It can be used in smart manufacturing, disaster relief, and other fields.
(C) "Biological signals can also control robots" - myoelectric control technology
This technology refers to the technology that uses the human upper limb surface EMG signal to control the robotic arm, which can enhance the naturalness and initiative of human-computer interaction. It has a wide range of applications in remote control, medical rehabilitation and other fields.
(D) "Robots can also have skin" - sensitive tactile technology
This technology refers to the use of new tactile sensors based on electrical and micro-particle haptic technology. The robot has a human-like skin sensation that allows the robot to be more sensitive to the shape, texture, and hardness of the object. It is ultimately competent for a series of complex tasks such as medical treatment and exploration. .
(E) "The robot's initiative to speak with you" - conversational intelligent interactive technology
This technology refers to the combination of speech arousal, far-field speech recognition, and deep semantic understanding technologies that allow people and machines to realize human-to-human interaction. The robot can not only understand the user's problems and give accurate answers, but also can actively guide the completion of the conversation in case of incomplete information.
(6) "The robot can have 'mental activity'" - emotion recognition technology
The technology refers to the integration of human facial expressions, speech features, eye movement state, and limb recognition and other multi-state state features, and through the comprehensive judgment of perceptive technology, to achieve effective recognition of human emotions and even psychological activities, so that the robot gets human-like Observe, understand and react. It can be applied to robot assisted medical rehabilitation, criminal investigation and other fields.
(7) "Controlling Machines with Ideas" - Brain Computer Interface Technology
This technology refers to the collection, identification, and transformation of electrical activity and characteristic signals of the nervous system so that the commands issued by the human brain can be directly transmitted to the designated machine terminals. The technology has significant innovation significance in the field of communication between humans and robots. For disability rehabilitation, disaster relief and entertainment experience.
(8) "Robots Lead the Way for You" - Autopilot Technology
This technology refers to the realization of automatic driving of vehicles such as automobiles, aircrafts, and ships through various technologies such as deep learning, machine vision, and human-computer interaction. The application of automated driving technology can provide humans with automated, intelligent loading and transportation tools, and extends to road conditions testing, national defense military security and other fields.
(9) "Recreating a Virtual Site" - Virtual Reality Robot Technology
The technology refers to technologies based on multi-sensor, multimedia, and virtual reality technologies that enable the operator to perform virtual remote control of the robot. It has application value in areas such as maintenance testing, entertainment experience, on-site rescue, and military reconnaissance.
(x) "Interoperability between robots" - robot cloud service technology
This technology refers to the robot itself as an execution terminal, through the cloud for storage and calculation, immediate response to the needs and realization of functions, breakthrough single machine mode restrictions, effectively achieve data interoperability and knowledge sharing, provide users with unlimited expansion, on-demand use of new robot services the way.
Wang Tianmiao, member of the World Robot Congress Expert Committee, said that robots are at an important juncture for innovation breakthroughs. The development of the robot industry is a strategic task under the overall deployment of the country and is strategically oriented. These ten growth-oriented technologies can further enable the transformation and transformation of traditional industries and help build a strategic, forward-looking and leading innovation ecosystem.
(1) "Soft Robot" - Flexible Robot Technology
This technology refers to the development, design and manufacture of robots using flexible materials, and generally adopts memory alloys, gas-driven control methods. The flexible material has the characteristics of being able to change its shape arbitrarily in a wide range, and has broad prospects in the field of pipeline fault inspection, medical diagnosis, detection and detection.
(B) "Robot Deformable" - Liquid Metal Control Technology
The technology refers to a technology that controls the external environment of the electromagnetic field and controls the appearance and movement of the liquid metal material. It can be used in smart manufacturing, disaster relief, and other fields.
(C) "Biological signals can also control robots" - myoelectric control technology
This technology refers to the technology that uses the human upper limb surface EMG signal to control the robotic arm, which can enhance the naturalness and initiative of human-computer interaction. It has a wide range of applications in remote control, medical rehabilitation and other fields.
(D) "Robots can also have skin" - sensitive tactile technology
This technology refers to the use of new tactile sensors based on electrical and micro-particle haptic technology. The robot has a human-like skin sensation that allows the robot to be more sensitive to the shape, texture, and hardness of the object. It is ultimately competent for a series of complex tasks such as medical treatment and exploration. .
(E) "The robot's initiative to speak with you" - conversational intelligent interactive technology
This technology refers to the combination of speech arousal, far-field speech recognition, and deep semantic understanding technologies that allow people and machines to realize human-to-human interaction. The robot can not only understand the user's problems and give accurate answers, but also can actively guide the completion of the conversation in case of incomplete information.
(6) "The robot can have 'mental activity'" - emotion recognition technology
The technology refers to the integration of human facial expressions, speech features, eye movement state, and limb recognition and other multi-state state features, and through the comprehensive judgment of perceptive technology, to achieve effective recognition of human emotions and even psychological activities, so that the robot gets human-like Observe, understand and react. It can be applied to robot assisted medical rehabilitation, criminal investigation and other fields.
(7) "Controlling Machines with Ideas" - Brain Computer Interface Technology
This technology refers to the collection, identification, and transformation of electrical activity and characteristic signals of the nervous system so that the commands issued by the human brain can be directly transmitted to the designated machine terminals. The technology has significant innovation significance in the field of communication between humans and robots. For disability rehabilitation, disaster relief and entertainment experience.
(8) "Robots Lead the Way for You" - Autopilot Technology
This technology refers to the realization of automatic driving of vehicles such as automobiles, aircrafts, and ships through various technologies such as deep learning, machine vision, and human-computer interaction. The application of automated driving technology can provide humans with automated, intelligent loading and transportation tools, and extends to road conditions testing, national defense military security and other fields.
(9) "Recreating a Virtual Site" - Virtual Reality Robot Technology
The technology refers to technologies based on multi-sensor, multimedia, and virtual reality technologies that enable the operator to perform virtual remote control of the robot. It has application value in areas such as maintenance testing, entertainment experience, on-site rescue, and military reconnaissance.
(x) "Interoperability between robots" - robot cloud service technology
This technology refers to the robot itself as an execution terminal, through the cloud for storage and calculation, immediate response to the needs and realization of functions, breakthrough single machine mode restrictions, effectively achieve data interoperability and knowledge sharing, provide users with unlimited expansion, on-demand use of new robot services the way.
Wang Tianmiao, member of the World Robot Congress Expert Committee, said that robots are at an important juncture for innovation breakthroughs. The development of the robot industry is a strategic task under the overall deployment of the country and is strategically oriented. These ten growth-oriented technologies can further enable the transformation and transformation of traditional industries and help build a strategic, forward-looking and leading innovation ecosystem.
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