ソニーが、湾曲したセンサーを開発したらしい… 人間の目と同じ構造で、周辺の写りが断然良く、レンズ口径も大きく明るく出来るらしい… これでやっと人間の目と同等な撮影が出来るかも… 人間の目を超える日も近い…
(ソニー、人間の目に近い湾曲したカメラセンサー開発中 : ギズモード・ジャパンから)
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ソニーが、湾曲したセンサーを開発したらしい… 人間の目と同じ構造で、周辺の写りが断然良く、レンズ口径も大きく明るく出来るらしい… これでやっと人間の目と同等な撮影が出来るかも… 人間の目を超える日も近い…
(ソニー、人間の目に近い湾曲したカメラセンサー開発中 : ギズモード・ジャパンから)

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Fotogenerator Pix2Pix
Online neural network Pix2Pix webtoy appears to visually translate your drawings into style of portrait images (I’m guessing here, as sources and documentation are not apparent).
Try it out for yourself here
Thanks to Sabrina Verhage I was pointed to the right direction to get some background to this project …
It was set up by Dutch Public Broadcaster NPO, and to cover the subject of neural network image translation system Pix2Pix they used as source material images of reporter Lara Rense:
A while ago we called on you to help us. Using listeners NPO Radio 1, site visitors of Knowledge Day and a few toiling hands on several editorial boards, we have managed to collect hundreds of drawings and photographs . All of the same object: News and Co- presenter Lara Rense. This program will create new drawings by Lara himself can change pictures of her. Gerda Bosman told about it in news and Co .
A true artificial intelligence system so: Based on the drawings and photographs data the system can invent how a picture based on a new drawing should look like. For example, he recognizes that your eyebrows are drawn and what should be Lara’s nose (see illustration above). But how does this artificial intelligence system exactly?
Tom Kenter, PhD Information Technology at the University of Amsterdam, explains. You carry a lot of pictures with accompanying drawings. This will calculate two networks started. One network is a “generator”, which calculates how a photograph of a drawing may look like. The result is evaluated by the “discriminator” who must say whether the image generator shows it is calculated by the algorithm, whether it is an original photograph.
So both networks hone their discernment. One takes pictures of drawings, the other assesses. If the generator does well - he makes a good picture of where the discriminator thinks it’s an original, the generator receives a reward and the discriminator a penalty.
More Background here
(via 【森山和道の「ヒトと機械の境界面」】流動化した砂を利用する「流動床インターフェース」を体験した 〜ただの砂が液体化してサラサラに - PC Watch)
Digital Playground
Interactive installation project from INITI can turn spaces into a computer game using motion and projection mapping. Below is a video of their game ‘Demonz’, where the aim is to physically throw balls at the animated devils lurking in the area:
Basically this system allows to make multitouch area on every flat surfaces. Technically it’s combination of motion-tracking and projection-mapping. Main benefits are that there are no limits in a scale of game-stage (it could be 1km long if you want) and no limit how many people can be involved in one moment.
Here is a video from our test installation for handball tournament PHC 2016 in Prague. We developed kind of computer game but projected in real scenery. It is mainly dedicated to kids but also adults were involved as players. I have to say they really enjoyed it too! :)
The Demonz is a large-area virtual reality game projected in to reality. The goal is similarly as in the classic czech ball game from childhood “dodgeball“ but instead of hitting live opponents you will try to hit virtual targets in the shape of animated figures or other moving objects. Due to combination of art and programming work was created a unique game pushing you to move and cooperate with the others.
More Here
(via ウェアラブル端末やIoT機器の開発に——各種センサとマイクを集積搭載した小型センサモジュール「SensorTile」 | fabcross)

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(via 映像をゴッホなどの画風にリアルタイムで変化させる技術をGoogleが開発中 - GIGAZINE)
Dynamic projection mapping onto deforming non-rigid surface
Truly impressive technology from Ishikawa Watanabe Laboratory, University of Tokyo, can accurately projection map on moving, loose, dynamic surfaces:
We realize dynamic projection mapping onto deforming non-rigid surface based on two original technologies. The first technology is a high-speed projector “DynaFlash” that can project 8-bit images up to 1,000 fps with 3 ms delay. The second technology is a high-speed non-rigid surface tracking at 1,000 fps. Since the projection and sensing are operated at a speed of 1,000 fps, a human cannot perceive any misalignment between the dynamically-deforming target and the projected images. Especially, focusing on new paradigms in the field of user interface and fashion, we have demonstrated dynamic projection mapping onto a deformed sheet of paper and T-shirt. Also we show that projection to multiple targets can be controlled flexibly by using our recognition technique.
More Here
富士通株式会社は15日、下水道事業者向けにゲリラ豪雨などによる被害軽減を目的とした下水道氾濫検知ソリューションの販売を開始した。
DuoSkin
Project from MIT Media Lab and Microsoft Research explores how anyone can create stylish temporary tattoos with tech functionality:
DuoSkin is a fabrication process that enables anyone to create customized functional devices that can be attached directly on their skin. Using gold metal leaf, a material that is cheap, skin-friendly, and robust for everyday wear, we demonstrate three types of on-skin interfaces: sensing touch input, displaying output, and wireless communication. DuoSkin draws from the aesthetics found in metallic jewelry-like temporary tattoos to create on-skin devices which resemble jewelry. DuoSkin devices enable users to control their mobile devices, display information, and store information on their skin while serving as a statement of personal style. We believe that in the future, on-skin electronics will no longer be black-boxed and mystified; instead, they will converge towards the user friendliness, extensibility, and aesthetics of body decorations, forming a DuoSkin integrated to the extent that it has seemingly disappeared.
More Here
(via 写真で食事内容を自動判別するソニーの技術が、食事管理アプリ「あすけん」に搭載~3億レコード超のデータを、ディープラーニングとマシンラーニングで3年以上改良 - ネタとぴ)

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(via 東芝 研究開発センター:研究開発ライブラリ 単眼カメラで撮影した1枚の画像からカラー画像と距離画像を同時に取得できる撮像技術を開発)
(via (自動彩色Automatic Colorization) ローマの休日トレーラー Roman Holiday Trailer (Iizuka,Simo-Serra) - YouTube)
(via タイヤにセンサを埋め込めば路面状況が把握できる!ブリヂストンが北海道で世界初の実用化 - Engadget Japanese)
(via 東芝、自在に合成音声を作成できる「声デザイン技術」を開発 | GGSOKU - ガジェット速報)
(via 【やじうまPC Watch】熊本大、てんかん発作を心電図を元に8分前に予知できる技術を開発 ~発作が起こる前に安全を確保できるウェアラブル予知デバイスを実現 - PC Watch)

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SensorTape – 3D-aware dense sensor network on a tape
密度センサーネットワークが実装されたテープ。 テープなので切って繋げたりも可能。
リンク先の利用例の動画が面白い。
3Dプリンタと低出力超音波パルスで、骨折の「治癒速度を約40%加速」する
この「Osteoid」は3Dプリンターで体にフィットするように作られ、多孔の形状で通気も万全。石膏のギブスでは実現できなかった快適な状況を作り出す さらに、低出力超音波パルス(LIPUS) の発信機を取り付け、1日20分間極めて弱い出力の超音波をあてることで、骨折の治癒速度を38%加速させ、難治性骨折の治癒率を80%上昇させることができる