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DateDate: 22-05-2019, 06:04


  Personal non-property and property rights for the invention belong to the author and protected under current legislation. 
  Absolutely original idea! The functionality of this startup will focus on encryption of text messages in comic form, but, in turn, will fully meet the criteria and properties safety in use. The name in the form of open encryption is a new concept in the use of messenger, the Foundation of which is completely open use of the functionality of the application, but unauthorized users will be practically impossible to understand the results of such personal use. Now quite do not understand the meaning of work and use, but moderation platform "Innovator" will try in more detail below, to explain.
  So, the messenger open encrypt "Innovator" for now is only available for text messages, as this innovative technology can encrypt only text. But in the long term, of course, will be available and encryption of messages in different format.
  It is actually quite simple. The user in the field to write the message enters the text of standard and usual way - by a set of letters. At the end of the set and verify the correct spelling meaning and spelling of the text direction, the user turns on encryption. After activating the ciphering of the text may remain several options for visual perception - or are the first letters of all the previously typed words, or the first and last letters, or words are reduced to half, or words can change places, or all the letters transformed into digits. The options are actually not enough, in what could become after encryption the original text. The user will be able to return the text back using the same button in the messenger. And the person directed an encrypted message, or can guess the message text, or in automatic mode, the messenger himself will return the text to its original condition. To return the text to its original form will need to confirm the personalization of a subscriber, which will also be a few. You will also be able to put in the tinctures of instant messenger encryption, that is, the user types text, and the encryption is automatically installed delay line, for example 5 seconds.
  As already mentioned, one of the semantic components the procedure is an open encryption is a humorous direction when users encrypt the text and try to guess it after encryption. But it is also present and share secure to use messenger when without You or the other party, who was sent the message, you cannot read the original, and the original version of the text. The user with personal settings determines the encryption options. This service is an open encryption can be used as described in the separate startup of the messenger, and in the form of additional services into already existing messengers. Other formats for existing posts will be able, messenger open encrypt "Innovator", to support encryption, but it will gradually because users will have to get used to the initial process of open codes. 
  Summarizing, we can say that we have a new look in the use of instant messengers, combining comic direction use safe.
  This idea is open to investment, and full of redemption.
  +380505238948

DateDate: 22-05-2019, 05:57

Forecasts come true with an accuracy of 75% and 92%
The machine learning system has studied thousands of recent solar flares and determined that their occurrence could have been predicted several days before emissions from a sharp increase in the strength of electric currents in the future zone of their origin. This was told by Mark Chung from Stanford University, PNAS reports.
American scientists have suggested that all flares are generated by similar processes in the depths of the sun.
For artificial intelligence training, specialists manually analyzed more than 1000 photos of active regions on the surface of the star that caused flashes in 2010–2016 and were studied using the GOES meteorological probe tools.
The machine learning system rather quickly learned to recognize the “quiet” regions of the Sun and the future centers of flare activity with an accuracy of 75% and 92%.
At the same time, differences between them occurred and persisted for 3 days before and after the birth of the release, which indicates an extremely “long-playing” character of such activity zones.
In their predictions, AI relied on how the electrical activity of the solar photosphere changed in those zones where flashes appeared.
The subsequent analysis of data from solar satellites will help scientists understand what exactly forces solar matter to “eject” from the surface of the star and how such cataclysms can be predicted with an accuracy of 100%.