Currently, robots are already standard in manufacturing and other repetitive tasks. And the demand for the robot market is shifting from the past industrial sector to other applications. The expansion of the application market has brought about a surge in intelligent robots. In the future, the future of intelligent robots in many fields cannot be underestimated. The outstanding performance of robots needs to be supported by excellent technology. In 2016, what new robots "black technology" came out? The third wave of inventory at the end of the year, listen to the small series to elaborate.
Artificial intelligence system <br> <br> According to foreign media reports, US scientists have won a $ 28 million research funding, they hope to find out, how the brain activity of human identification process gives excellent graphics capability. Their ultimate goal is to develop a bionic computer system that creates an artificial intelligence system that rivals the speed of human recognition graphics.The researchers scanned the sections using the world's first multi-beam scanning electron microscope at the Brain Science Center and took photos. Using this method, the team was able to obtain a three-dimensional image of the data. It is reported that the team will use the images obtained from the study to find out how the brain uses the neural cortex of the visual cortex to identify and interpret the pattern. By applying these findings to computer algorithms, the team is determined to develop artificial intelligence systems that are faster and smarter than today's computers. This will help computers use data for inference and will also contribute to the development of robot vision and positioning technology.
Flexible robotics <br> <br> Currently, many researchers have observed cockroaches, crabs and geckos and other animals walking, running, jumping, crawling, sliding, etc., to explore the basic principles of biomechanics their movement inherent to Seek to improve the robot design. Inspired by the inspiration of the researcher Kasik Jayaram of the University of California, Berkeley, he developed a flexible robot that can resist pressure, reduce body shape, and penetrate into the gap. It may be used for disaster detection in the future.
Jayaram believes that in a small space or in a gap, the legs and feet of the cockroaches are restricted by the orientation and cannot function properly. When moving, they have to use other parts of the body. Based on these observations, Jayaram designed the robot, named "Compressible Belt Joint Construction Robot" (CRAM), which is about the size of a human palm. The robot is crafted like a manual origami, simple and low-cost, and is currently being packaged by a company owned by the University of California at Berkeley for robotics to assemble.
<br> <br> current bio-robotics, bio-robot is a very promising technology products, Urbana-Champaign and University of Illinois at Massachusetts Institute of Technology in 2016 has made new progress in this area. It is reported that the two institutions have jointly developed a new type of biological robot consisting of 3D printed stents and active cells. It responds to light stimuli and is expected to play an important role in non-invasive drug delivery, sensing and the environment.
According to the researchers, the robot's body is made up of a number of ring-shaped muscles that are internally wrapped with a columnar 3D printed stent. The muscle-skeleton pattern is very similar to a natural living organism. And this kind of robot can realize motion control through light stimulation, the higher the frequency of the light source flashing, the faster the action. Researchers say that the choice is to use light to control because it is safer and more efficient than electronic control. Light control is a non-invasive method that gives greater flexibility in the shape and motion design of the robot.
Bionic Robotics <br> <br> 3 March this year, Stanford University and the Bionic smart labs announced their latest research success - both a fly in the air, and can move freely in the vertical walls of bionic robot "SCAMP". The robot's Chinese name is “Stanford Climbing and Flight Control Platformâ€. It has two long front legs and two stabbed forefoot, and a tail like a woodpecker. It carries a four-winged propeller and is comparable in crawling efficiency. Real insects.
According to the laboratory website, "SCAMP" is the first robot to combine flying, landing and passive attachment techniques and climbing. Through on-board sensors and computers, "SCAMP" can fly, land, climb, and stand up when it's slipping, and then climb up and take off again, playing a huge role in the battlefield or disaster relief in the future.
2016 blasting network robot "black technology"
Soft material 3D printing technology <br> <br> recently, MIT Computer Science and Artificial Intelligence Laboratory discovered a new type of soft material that can be used for 3D printing. This material not only improves the safety of the robot and the accuracy of the action, but also prolongs the service life of drones, mobile phones, helmets, sports shoes, and the like.
In addition, the team has developed programmable elastic material technology. Using this technology, the user can program the hardness and elasticity of the various components of the 3D printing product according to specific needs. For example, an expert can print a bounce puzzle robot in 3D and install a shock absorbing "skin" for it. With this "skin", the accuracy of the robot landing will be nearly four times higher.
According to Daniela Rus, the project leader, “Vibration damping is important to prevent the rotor from being broken or the sensor landing is broken. We can not only use this soft material 3D printing elastic robot, but also set the corresponding flexibility according to user needs. index."
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