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Computation integration on demand is an Engineering Genius invention in 2020

Posted by mspfirm website administrator on September 23, 2016 at 2:20 PMcomments (0)

Computation integration on demand has been patented internationally in Germany and Japan appraised by the European Union and our founder & inventor Matthew Scott Primous is a Google Scholar United Inventors Association member and inventor and our founder Matthew Scott Primous partnered with Sign up Genius Tech to find the next generation of inventors Computation Integration On Demand This will revolutionize the way we see technology for the 21st century. The patent expansion was granted by USPTO in 2007 into Transportation Industry considered by the Top 5 Automobiles Companies as well as the Top 5 Tech Companies and now a member of the Global Advanced Manufacturing. The role of Computation integration on demand As Computational, it is to develop feasible responses to daily interaction and security measures to consumers' demand. It is suppose to present these options in a marketable fashion and speed to combat external threats by offering computer science as a technical informant and information science to gather up known knowledge about resolving circumstances. It achieves this by being a security measure system with the following characteristics: Assimilated Systems are securely protected although they are linked having many secured access and identification of entry. Computation Systems can combined and integrate with other system outside of the security measure system with a thin-line of independence but only for a short time to prevent hackers. On Demand Offer the smartest and safest solutions in software and hardware in technology generally speaking that protects the grid and users thus giving users the maximum virtual experience with State-of-the-Art technology, ingeniously made and distinguishable. Assembled To build an stable model for Computation integration on demand that will be problem-free and update to adjustments of consumers preventing problems with security, disturbance of system, and system overload that the lifeblood of knowledge excel in our craftsmanship of new inventions coming from Computation integration on demand. Built With phontics optics keychips multiprocessors Computation integration on demand came from 2000's invention by Matthew Scott Primous entitled the Millenium Edition Voting Booth.Computation Integration On Demand went through an approval process that was within a year a part as it was provisional patent in 2002 then officially patent in 2003 and lastly published in 2004. This patent has become a part of history as a major innovator in Electricity and Physics and texting speech.

 

 

 

U.S. Classification/USPTO:

•Biometric acquisition:

• Image Analysis, subclass 115 for image analysis for personal identification (biometrics).

• Electronic Funds Transfer, subclass 3 for a cross reference art collection for biometric evaluation in electronic funds transfer.

•Systems using speech recognizers:

International Classification/ World Intellectual Property Organization:

 

-ELECTRICITY

 

•the encryption apparatus using shift registers or memories for blockwise coding, e.g. D.E.S. systems [2006.01]

•Key distribution [2006.01]

•with particular housing, physical features or manual controls [2006.01]

•Transmitting and receiving encryption devices synchronised or initially set up in a particular manner [2006.01]

•using a plurality of keys or algorithms [2006.01]

the keys or algorithms being changed during operation [2006.01]

•Encryption by serially and continuously modifying data stream elements, e.g. stream cipher systems [2006.01]

Pseudorandom key sequence combined element-for-element with data sequence [2006.01]

•with particular pseudorandom sequence generator [2006.01]

•sequence produced by more than one generator [2006.01]

•producing a nonlinear pseudorandom sequence [2006.01]

•using particular encryption algorithm [2006.01]

•Public key, i.e. encryption algorithm being computationally infeasible to invert and users' encryption keys not requiring secrecy [2006.01]

•including means for verifying the identity or authority of a user of the system [2006.01]

•Bits, or blocks of bits, of the telegraphic message being interchanged in time [2006.01]

•with means for detecting characters not meant for transmission [2006.01]

•Encryption being effected by mechanical apparatus, e.g. rotating cams, switches, keytape punchers [2006.01]

-PHYSICS

•devices for the storage of speech or audio signals, which are covered by subclasses G11B and G11C;

•encoding of compressed speech signals for transmission or storage, which is covered by group H03M 7/30.

European Classification/Cooperative Classification:

•Speech to text systems (G10L15/08 takes precedence)

 

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In contact with New York Photonics Center since its beginning and partnering with their companies and director. 

We’re all on the same wavelength here: YOURS. Responsible for world-changing technologies like television, instant copying, fiber optics and consumer photography, New York businesses and research centers are now developing—and exporting around the world—breakthrough applications for adaptive optics, high-speed communications, geo-spatial imaging, photonic computing, nanolithography, and biomedical imaging. Look to New York Photonics organization for problem solving and a collaborative ethic that maintains rigorous standards and understands the importance of speed to market.

 

New York Photonics: Where entrepreneurial vision meets next-edge research. New York has hundreds of optics, photonics and imaging companies clustered into active regional collaborations. These regions are home to hundreds of organizations and companies that can deliver complete R&D, engineering, and manufacturing capabilities providing you with synergy and efficiency.

 

ROCHESTER REGIONAL PHOTONICS CLUSTER: Bausch & Lomb, Corning, Kodak and Xerox, make this region a research and manufacturing hub, rich with knowledge, experience and innovation in optics manufacturing, metrology and imaging. It is supported by the University of Rochester’s Institute of Optics, the Laboratory for Laser Energetics, Rochester Institute of Technology, and the Infotonics Technology Center.