The product began testing in April 2012. Sergey Brin wore a prototype of the Glass to an April 5, 2012, Foundation Fighting Blindness event in San Francisco. In May 2012, Glass was demonstrated in the first test video shot with the eyewear, demonstrating the 720p HD first-person video recording capabilities of the device. Sergey Brin demonstrated the Glass on The Gavin Newsom Show where California Lieutenant Governor Gavin Newsom also wore the Glass. On June 27, 2012, he also demonstrated the Glass at Google I/O where skydivers, abseilers, and mountain bikerswore the Glass and live streamed their point of view to a Google+ Hangout, which was also shown live at the Google I/O presentation. In February 2013, Google released a demo video showcasing the voice-augmented display of the Glass filming various experiences in first-person.
On June 20, 2013, Rafael J. Grossmann, MD, FACS, a Venezuelan surgeon practicing in the USA, was the first surgeon to ever demonstrate the use of Google Glass during a live surgical procedure.
On June 21, 2013, the Spanish doctor Pedro Guillen, Chief of Trauma Service of Clínica CEMTRO of Madrid, also broadcast a surgery through the use of Google Glass. Thanks to the Spanish company Droiders, rights holder of this system in Spain, a chondrocyte implantation in the knee of a patient who was 49 years old, could be streamed worldwide over the internet, allowing another physician, Dr. Homero Rivas (Director of Innovative Surgery, School of Medicine, Stanford University, California), an expert in telemedicine, to participate in the surgery.
Since early 2013, Google has been working on models that can be used with prescription lenses. The new models were to be available to testers before the end of 2013.
Random members of the UK public were approached with the Glass product in late June 2013 and provided feedback while using the device. Users tested various functions of the new technology, including voice recognition, image-taking, and the search engine, and the footage shown by the Guardian publication conveyed only successful attempts. Glass will be sold on the UK retail market in early 2014.
In October 2013, speculation emerged that Glass will be marketed in stores located on floating barges that will be towed from city to city.
In March 2014, The Kansas City Symphony made history when they used four pair of Google Glass at the same time to record a performance of Beethoven's 5th Symphony and the spanish pilot school Adventia, European College of Aeronautics, participating centre of the University of Salamanca, has been the first in the world to carry out a flight with this device, hold in Salamanca-Matacán Airport.
Nao (pronounced now) is an autonomous, programmable humanoid robot developed by Aldebaran Robotics, a French robotics company headquartered in Paris. The robot's development began with the launch of Project Nao in 2004. On 15 August 2007, Nao replaced Sony's robot dog Aibo as the robot used in the Robocup Standard Platform League (SPL), an international robot soccer competition. The Nao was used in RoboCup 2008 and 2009, and the NaoV3R was chosen as the platform for the SPL at RoboCup 2010.
The Nao Academics Edition was developed for universities and laboratories for research and education purposes. It was released to institutions in 2008, and was made publicly available by 2011. The robot has since entered use in numerous academic institutions worldwide, including theUniversity of Tokyo, India's IIT Kanpur and Saudi Arabia's Alfaisal University. In December 2011, Aldebaran Robotics released the Nao Next Gen, featuring enhanced software, a more powerful CPU and HD cameras.
Six prototypes of Nao were designed between 2005 and 2007. In March 2008, the first production version of the robot, the Nao Robocup Edition, was released to the contestants of that year's Robocup. The Nao Academics Edition was released to universities, education institutes and research laboratories in late 2008.
In the summer of 2010, Nao made global headlines with a synchronized dance routine at the Shanghai Expo in China. In October 2010, theUniversity of Tokyo purchased 30 Nao robots for their Nakamura Lab, with hopes of developing the robots into active lab assistants. In December 2010, a Nao robot was demonstrated doing a stand-up comedy routine, and a new version of the robot was released, featuring sculpted arms and improved motors. In May 2011, Aldebaran announced that it would release Nao's controlling source code to the public asopen source software. In June 2011, Aldebaran raised US$13 million in a round of venture funding led by Intel Capital.
In December 2011, Aldebaran launched the Nao Next Gen, featuring hardware and software enhancements such as HD cameras, improved robustness, anti-collision systems and a faster walking speed. Since 2011, over 200 academic institutions worldwide have made use of the robot. In 2012, donated Nao robots were used to teach autistic children in a UK school; some of the children found the childlike, expressive robots more relatable than human beings.
The various versions of the Nao robotics platform feature either 14, 21 or 25 degrees of freedom (DoF). A specialised model with 21 DoF and no actuated hands was created for the Robocup competition. All Nao Academics versions feature an inertial measurement unit withaccelerometer, gyrometer and four ultrasonic sensors that provide Nao with stability and positioning within space. The legged versions included eight force-sensing resistors and two bumpers.
The Nao robot also features an onboard Linux-powered multimedia system, including four microphones (for voice recognition and sound localization), two speakers (for text-to-speech synthesis) and two HD cameras (for computer vision, including facial and shape recognition). The robot comes with a software suite that includes a graphical programming tool ("Choregraphe"), simulation software and a software developer's kit. Nao is also compatible with the Microsoft Robotics Studio, Cyberbotics Webots, and the Gostai Urbi Studio.An upgraded version of the robot, featuring enhanced multilingual speech synthesis, will be released in 2014.
| Nao Next Gen (2011) | |
|---|---|
| Height | 58 centimetres (23 in) |
| Weight | 4.3 kilograms (9.5 lb) |
| Autonomy | 60 minutes (active use), 90 minutes (normal use) |
| Degrees of freedom | 21 to 25 |
| CPU | Intel Atom @ 1.6 GHz |
| Built-in OS | Linux |
| Compatible OS | Windows, Mac OS, Linux |
| Programming languages | C++, Python, Java, MATLAB, Urbi, C, .Net |
| Vision | Two HD 1280x960 cameras |
| Connectivity | Ethernet, Wi-Fi |
Kirobo was developed by a collaborative effort between Dentsu, the University of Tokyo's Research Center for Advanced Science and Technology, Robo Garage, Toyota, and JAXA (Japan Aerospace Exploration Agency).The University of Tokyo and Robo Garage worked on the robot hardware and motion generation, Toyota created the voice recognition function and Dentsu created the conversation content and managed the project. VoiceText of Hoya Service provided speech synthesis.
Kirobo is approximately 34 cm (13 in) tall, 18 cm (7.1 in) wide and 15 cm (5.9 in) deep. It weighs about 1 kilogram (2.2 lb) and speaks Japanese.[6]
The robot's capabilities include voice and speech recognition, natural language processing, speech synthesis and telecommunications, as well as facial recognition and video recording. Kirobo is specially designed to navigate zero-gravity environments and will assist Commander Wakata in various experiments. Its main goal is to see how well robots and humans can interact, hopefully leading the way to robots taking more active roles in assisting astronauts on missions.
Bersama Abang Keiji saat di Jepang Pada tahun lalu. di saat saya bersama murid terpilih pergi jalan-jalan di Jepang selama 10 hari.
Kami bergembira dan ceria bersama-sama di negeri sakura tersebut.
Kata sambutan dari perwakilan Japan PAC, Kata sambutan dari ketua LCO Aceh, Penyerahan penghargaan wisuda, penyerahan cendramata Aceh to Japan dan Japan to Aceh, Dan tak lupa pula hiburan di akhir acara kami.
Ini adalah foto saya bersama relawan PAC yang juga menghadiri acara tersebut. Mereka menghadiri acara tersebut dengan gembira dan penuh semangat.
ありがとう 日本
Kami telah sukses mengibarkan bendera Merah Putih di atas tiang tertinggi di Aceh Besar.
Sekolah kami di pilih sebanyak 8 orang yang diantaranya 3 cowok dan 5 cewek.
SMAN Unggul Ali Hasjmy memiliki jiwa patriotisme yang tinggi sehingga dapat membuat kami menjadi seorang PASKIBRA.
Sekolah kami di pilih sebanyak 8 orang yang diantaranya 3 cowok dan 5 cewek.
SMAN Unggul Ali Hasjmy memiliki jiwa patriotisme yang tinggi sehingga dapat membuat kami menjadi seorang PASKIBRA.
Hey teman-temanku semuanya, SMAN Unggul Ali Hasjmy telah dapat membuat sebuat robot rakitan. Ada gak yg tau ini robot apa ?
Ini adalah robot rakitan kreasi grup fisika dari SMA kami. Kami menyebutnya 'Robot Aliha'. Aliha adalah singkatan dari Ali Hasjmy, kami memberikan nama Ali Hasjmy karena kami ingin robot kami bisa sukses dan berhasil seperti Ali Hasjmy. Ini merupakan sebuah kebanggaan bagi kami, karena telah dapat menciptakan robot hasil karya kami sendiri.
Ini adalah anggota-anggota grup fisika SMAN Unggul Ali Hasjmy. Ibu yang memakai baju hijau itu adalah guru kami tercinta yaitu Buk Nurwani S.pd , M.Pd. Beliau lah yang selalu mendukung kami dalam segala hal.
She is my favorite teacher.
Thanks Guys For Read This ! :-)
