A SYSTEM AND METHOD OF MEASURING PRODUCTIVITY AND LONGEVITY OF HUMAN BEINGS BASED ON ANALYSIS OF THEIR GENES IN A BIOLOGICAL AND FUNCTIONAL CONTEXT

摘要

The invention relates to a BioMachine, a gene-driven distributed cognitive system, for providing reasonably accurate metabolic picture and measure human productivity and longevity of an individual from his/her genes when placed in a most rationalized biological and functional context. BioMachine is transformed using a personalized client software having gene-related intelligence dynamically in sync with cloud service for personal usage data and layered with gene/protein function data tailored to precisely and accurately an individuals' biological identity, to guesstimate his/her functional acumen best judged ever in the context of human productivity and sustainable longevityby and provide to the end user based on the input data. The proposed system is built on distributed /edge computing and Grid computing circuitry to combine knowledge into bio wisdom to be published in a genome wall and then, combine bio wisdom with inputs from continuous and distributed machine learning on digital usage to personalize experience and insights for the user.