"Connected" website recently wrote that Google's smart contact lenses are "stealing" from Microsoft, but in comparison, this will ultimately be very beneficial to Google, after all, Google has pushed these products to real life, and Microsoft It has been delayed to translate research into results. The article content of the "Connect" website is as follows:
Google's latest explosive research project is the blood glucose detection smart contact lens, which can monitor the user's blood sugar content by detecting the user's tears. Google claims that this smart contact lens will provide users with the latest weekly blood glucose data through a built-in microchip.
It has been pointed out in the industry that Google's blood glucose detection smart contact lens project is the result of the company's imitation of rival Microsoft. However, on the other hand, this gives us a reason to applaud Google. Perhaps soon, Google will transform the relevant technology into real-world products through research projects, and we have never seen Microsoft's related products.
Google’s recent display of smart contact lenses seems to be the result of “stealing†Microsoft’s work. Some media pointed out that Babak Parvis, an employee of Google's smart contact lens project, had previously worked with Microsoft to develop smart contact lenses that detect blood sugar in users. You don't need to draw a needle to draw blood when you have blood sugar. Based on this factor, some people in the industry believe that Google's smart contact lens project is nothing new. Despite this, Google's project deserves our attention, mainly because the project is now from Google.
At Google, you can see that such research and development projects are not unrealistic. Google's R&D operations team will gradually collaborate with other employees of the company and push related work to possible commercial terminals. This means that products from Google's skunkworks project, such as Google X Labs, have a good opportunity to be born, which is quite different from Microsoft's R&D work.
This can be confirmed not only with products such as Google Glass, but also through Google's countless R&D projects. The basic goal of Google's massive R&D projects is to reshape the way we build software and how computers run. In most cases, these projects -- from the "Google Brain" artificial intelligence project that can improve Android speech recognition tools to the Borg software system that consolidates Google's entire software system - have reshaped Google itself and others. A large number of companies that strive to emulate Google's leading position.
Google has partnered with leading research and development organizations such as DEC, Bell Labs and Xerox's Palo Alto Research Center (PARC) to develop projects.
Through collaboration, they have created new software like Google MapReduce, Google File System and Google BigTable. This large number of R&D projects can run on thousands of computers and is now the basis for a large amount of network storage and analysis data. MapReduce and the Google file system led to the birth of Hadoop.
Today, Hadoop is now available for users from Facebook and eBay to countless other businesses. With Borg, companies can treat many data centers as one computer for unified management. Today, Twitter is following Borg and creating a new computing system.
Overall, Google's research and development capabilities are unquestionable. John Wilkes, who is responsible for building Google's next-generation Borg software, previously worked at HP Labs. For more than a decade, he has been working hard to push his work to a broader stage.
This is not a problem during Google. According to Verks, "Google's R&D model enhances the value of ideas and makes people more cautious than the ideas I have developed that are difficult to form the final product."
Jeff Dean and Sanjay Ghemawat are probably the two most respected R&D engineers at Google, who have worked in DEC's world-class laboratories. They will also claim that Google's R&D projects are gestating some great products.
In fact, Google continues to make progress in research and development. Google is also recruiting the world's top R&D staff and pushing them to develop advanced products. Geoff Hinton, currently working at Google, is educating the University of Toronto and is integrating new AI into products such as Android and Google+.
In addition, former Bell Labs researcher Rob Pike is reshaping Google's web services with a new brand programming language called "Go." In addition, Stanford University professor SebasTIan Thrun is helping Google develop driverless cars. Of course, there is also Barbak Pavis, who is now not only developing smart contact lens projects at Google, but also developing Google Glass projects.
Although Google is indeed following Microsoft's development of new smart contact lenses, it is important to know that the ultimate product will actually change the world. Once the product is placed in the laboratory, rather than eventually entering the real world, then the best product is just a kind of decoration, and ultimately only dusty.
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