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«    August 2018    »










DateDate: 1-08-2018, 06:45

Personal non-material and proprietary rights to the invention belong to the author, and are protected according to the norms of the current legislation.
 During the growth and improvement of information technology and social communication, any new idea or technology has high chances for success and global popularization. Here and in this presentation case, the moderation of the platform "Innovator" makes for investment and crowdiffing consideration the author's idea of an innovative messenger, namely - Individual photo editor-messenger "Innovator".
 So, the idea is that the user after an appropriate simple registration gives access to his already existing photo gallery and contacts. First of all, the functionality of this application will process the entire existing photo album and in automatic mode and will sign every photo and video, depending on its type and color content. That is, the existing photo album will receive the name and comments to each photo snapshot. Further the functional copies the processed photographic materials and places their copies at itself on a platform. Further, the user, having completely unpredictable signatures and comments to his photos, will be able to use Individual photo editor-messenger "Innovator"- as usual, exchanging and sending them in free form, not only in this start-up, but in other existing resources of this kind.
 Also will happen with new photos, and with video. The user will be able to allow the application's functionality to immediately comment and sign new photos and place them on the page and stream stream ribbon without a letter of the messenger. These functions are also adjusted and changed accordingly. It will be possible to additionally set the subject of comments and signatures, set comments in the form of smiles or stickers, the delay time for the start of comments and signatures under a photograph, etc.
 In the opinion of the author of this idea, this innovative approach in the field of photo and video processing and social communication will allow to quickly increase the popularization of this start-up and bring it to the world market. This approach will make it much easier for users to exchange photos in the form of personal or open correspondence.
For example, let's show the simplest process of realizing this photo process - the user made selfie on the background of the sea. The functional of the individual photo editor - messenger "Innovator" signed it - "I'm at the Sea", tied the photo to the place of photography in the form of geolocation data and add a couple of cheerful smiles. Further, the functionality of the application asks the user to place the processed photo in the stream photo stream or forward it to the appropriate subscribers.
 So, we have a completely new, innovative and simplified kind of work with photographic materials and video files.
 This idea is open for both investment and full redemption.


DateDate: 1-08-2018, 06:34

The most powerful German supercomputer is located in the Jülich Research Center (Forschungszentrum Jülich) in North Rhine-Westphalia. As reported by DW, it was put into operation at the end of June.
Juwels (the abbreviation of Jülich Wizard for European Leadership Science) demonstrated a performance of 6.2 petaflops - it can produce 6.2 quadrillion operations on numbers with a moving point (or comma) per second. The machine takes 23rd place in the TOP-500 of the most powerful computers in the world. No German computer works faster than Juwels.
The supercomputer consists of various specialized components, which can be connected to each other by means of a software interface, if necessary.
The theoretical maximum power of the first cluster module Juwels can reach 12 petaflops - this is the total capacity of 60 thousand modern personal computers!
And in 2019 Juwels will receive a booster - an accelerator for conducting parallel computing operations.
So far, the most powerful supercomputers are being created in the US and China. The June TOP 500 rating is led by the Summit, developed by IBM for the US Department of Energy's National Oak Ridge Laboratory. The calculation speed is 122 petaflops. According to the June TOP500 in the US, there are six of the ten fastest supercomputers in the world, two in China, one in Japan and Switzerland.
The next epoch in computer engineering is super-powerful supercomputers of the exaFLOPS class, the productivity of which will be thousands of times larger. In Germany, the Juwels model will be the model for creating the exaflop computer. The power of the future superfast supercomputer will be more than 500 petaflops - the total power of all supercomputers from the top ten of the current TOP500.