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New advances in design technology for 2019



2019 was a fascinating year for the project, ie. news on news technology. New innovations in all areas of design technology have permeated videos, conferences, news and project technology blog throughout the year. From energy efficiency to beautiful hardware, engineers and inventors have been busy this year. Here is a summary of some of the highlights of the year. 


 Remove touch screens

 A Japanese mobile phone developer, Docomo, is developing a clear touch screen. Imagine looking through your iPod screen like a glass, but your playlist still appears on the surface. The most innovative feature of this product is that the screen is touch sensitive both front and back, so you can interact with it in a whole new way. There is still no information on when this prototype could be released to the market. 


 Motor Vehicle Act

 California has joined a handful of other states in the United States that have passed a legislative period that regulates the testing and use of self-driving cars. Google, which is currently testing and developing unmanned car technology, was present when the bill was introduced into law. Then Nissan unveiled a prototype for a self-driving car that is reportedly scheduled to be released in 2015. It was launched to demonstrate its ability to park itself with a set or cameras that monitor environmental conditions. 


 Robot muscles and deformation

 Researchers from three prominent universities in Massachusetts are working on a kind of robotic muscle technology that effectively changes the shape of the robot's frame. To create motion, pulses of electricity are sent through the robot, causing motion to generate heat. In addition to being mobile, these robots are also incredibly robust. Although they appear to be out of a loop, they stop and continue to perform their intended movements when hit with a hammer. 


 Interactive robot technology

 Traditionally, robots move according to a trigger reaction model. A command is received and the robot executes it. However, Disney is developing a form of robot technology that aims for indescribable human interaction with a catch-launch game. The robot uses tracking technology powered by color and depth sensors from Kinect. A colored ball is thrown and the robot catches the ball along its trajectory. If it does not catch a catch, the robot is programmed to express disappointment by looking down, shrugging, and shaking its head. 


 Practical solutions

 Also with Kinect sensors, BodyMetrics has developed a program that allows women to find the perfect fit of jeans. After performing a complete body scan, the program performs approx. 200 measurements of a woman's body. The information is sent to the iPad retailer and they show recommendations for jeans based on the data. The technology is not available for men, as the results so far are only compared with women's catalogs. 


 With all the developments and releases that have illuminated the project, ie. blogging blogs this year, ie. technology developers are anxiously awaiting what new inventions will happen next year. 

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