iPhone Rejuvenates New Year Plan to Encourage Apple Appears in Class Action Litigation

Boston law firm Block & Leviton announced today that it has launched a class action lawsuit against Apple on behalf of the iPhone. On Friday, customers who participated in the iPhone's Rejuvenation program found themselves unable to complete iPhone 7 and iPhone 7 Plus preorders. When the iPhone is rejuvenated, users try to pre-order iPhone 7 or iPhone 7 Plus. The Apple Online Store requires them to make an appointment at a local Apple Store retail store instead of through an online store.

However, many Apple Store retail stores do not have sufficient inventory to meet demand, which also leads to some customers can not choose the type, color and storage capacity they want.

Many customers are unhappy about the ordering process and the inability to make an appointment to the desired iPhone on the day of sale. Of course, Apple has responded to users' complaints and tried to provide them with an iPhone as soon as possible. Apple's efforts did not stop today’s class action. The lawsuit required Apple to reimburse the iPhone for new users every year and let all upgrade users purchase the models they wanted.

Google pushes new app for iOS Builds 3D panoramas with mobile camera shots

Google today launched a new app called "Cardboard Camera" for the iOS platform, allowing users to create 3D 360-degree panoramic photos using the camera lens. The previous application was on the Android software store, but unlike the previous one, the iOS version also added social sharing capabilities.

The use of the new app is the same as the way people traditionally photographed panoramic photos. Just point the camera at the scene, click on the recording, and rotate the lens horizontally or vertically. The rest is left to the phone to complete. It will automatically convert what the camera captures into a 360 panorama.

However, unlike traditional panoramic photographs, the internal processing of mobile phones can be much worse, although they are similar. Google uses its photo algorithm accumulated on the Earth's streetscape to analyze the scenes in the photos and make a depth-of-field parallax effect of “near, near, far”. Then the left and right eye images will be made for the VR device, so that the final viewing experience will have a 3D feel.

Japan invented somatosensory compression garments to release the whole body to play science fiction VR

The act of starring in a sci-fi movie is like the "privilege" of a Hollywood star, but there are always people who are trying to make themselves "protagonists." A group of young Japanese invented this somatosensory compression garment: Xenoma E-skin

It senses your movements and projects them into an electronic screen!

The R&D team uses stretchable circuit technology to integrate more than 30 sensors on the clothes, and these miniature inertial sensors are distributed in key parts of the body. Of course, the number, type, and location of these sensors can be freely customized. Each sensor acquires real-time posture information based on human motion, and then uploads the data to a computer via the Bluetooth module for calculation, and then real-time motion is performed on the virtual human body.

Volvo self-driving car enters beta stage

The first Volvo XC90 off-road vehicle used to participate in the Volkswagen Drive Me self-piloting car test phase has been rolled out of Volvo's production line in Torslanda, Sweden. Volvo described the beta as "the world's most ambitious and advanced public autonomous driving experiment." Although Volvo’s driverless car products will be officially on the road until next year, the driverless cars used in this test will be able to drive on designated routes within the designated city of Gothenburg.

The Volvo XC90 off-road vehicle participating in the Drive Me beta test is equipped with a variety of sensors, including lidar, radar and conventional cameras. The information collected from the sensors is gathered by a powerful computer called Volvo's "autopilot brain." Volvo calls this process data fusion. The merged data is used to indicate what driving actions the car takes.

Volvo has high hopes for owning autonomous driving technology. It has previously introduced semi-autonomous driving technology, and it plans not to let any customer get injured in a car accident by 2020. Volvo plans to market fully self-driving cars by 2021.

MIT Development Perspective: Cameras that can read pages without reading pages

According to the website of SlashGear, you must have heard this saying: "Don't judge the content of the book by its beauty and ugliness." Can you read a book through the cover? Researchers at the Massachusetts Institute of Technology and the Georgia Institute of Technology can use the newly developed imaging system to do this without having to open the cover, and the new imaging system can "read" every page of the book. In a paper published on Friday, the researchers elaborated on their system without flipping pages. The new system can read up to 9 pages of content.

Although it sounds like X-ray fluoroscopy, this technique is called a terahertz radar. The imaging process can pass through multiple layers of paper, reflecting different signals based on the ink. This is not possible with X-rays and ultrasound. Different light reflections allow the imaging system to distinguish between paper and ink, and measuring only 20 μm of cavitation helps it judge different pages.

Stealth fighter's "Buster" China successfully developed a quantum radar

It has been hailed as a quantum radar that will become the stealth fighter "Buster" in the future. It has been successfully developed by China Electronics Technology Group 14 recently. It is reported that this is the first quantum radar system based on single photon detection in China. Quantum radar detection technology is a research hotspot at home and abroad in recent years. It has important military application value in radar detection and imaging recognition.

The quantum radar system was developed by China Electronics 14. With the joint efforts of the Chinese University of Science and Technology, the China Electronics 27 Institute, and the Nanjing University and other cooperative organizations, the quantum detection mechanism, target scattering properties, and experimental verification of the principle of quantum detection were completed, and the real atmospheric environment was completed in the field. The target detection experiment was able to obtain the detection power of 100 kilometers, the detection sensitivity was greatly improved, and the indicators all achieved the expected results, and major progress and achievements were made.

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