MUMBAI, India, May 1 -- Intellectual Property India has published a patent application (202641049539 A) filed by Srm Institute Of Science And Technology; S Pranav; Sanjana J; Sree Ram; and Sabitha P, Chennai, Tamil Nadu, on April 18, for 'a hybrid intelligent translation device for schema-aware semantic nl2sql processing and structural validation.'
Inventor(s) include S Pranav; Sanjana J; Sree Ram; and Sabitha P.
The application for the patent was published on May 1, under issue no. 18/2026.
According to the abstract released by the Intellectual Property India: "A Hybrid Intelligent Translation Device for Schema-Aware Semantic NL2SQL Processing and Structural Validation Abstract The described innovation outlines the sophisticated embedded computing approach that is intended to be the first-of-its-kind cutting-edge technology designed to take outside the box the way human-to-speech interaction technology works as front-end access to control relational databases. With the aid of the described proprietary custom designed outside the box casing, the proposed technology is the first of its kind, designed to take outside the box the way computer programming is taught to code the validated executable computer programming code. This is done through focusing dominant registered behavioral responses and/or neuro-cognitive measures as synthesized and synchronized decision processing interfaces to the dominant registered behavioral response computer programming behavioral response interfaces, to selfie user custom registered dominant neural decision response processing contained self-learning modules that utilize raw processing power neural network computing processes and pseudo-schematic processes. This allows the proposed technology to achieve ultra-deficient rapid goal motivated neural processing computer programming behavioral response interfaces through self-registered controlled responses interfaces of dominant neural activity. The proposed technology is designed with an integrated user-defined electronic control registered dominant neural decision response processing self-learning rapid goal motivated neural integrated circuits electronic control response self-registered dominant neural control responses neural electronic circuits, custom rapid goal motivated self-learning modules with integrated neocortex modules, to achieve the ultimate rapid goal motivated optimal neuro-schematic controlled responses, with the highest standard of optimal rapid goal motivated integrated circuits energy response rapid goal motivated controlled responses rapid goal motivated integrated circuits rapid goal motivated neural integrated circuits, with the energy response rapid goal motivated integrated circuits optimal rapid goal motivated neural integrated circuits controlled responses rapid goal motivated energy response rapid goal motivated integrated circuits. The proposed technology is intended to promote the highest standard of dominant self-learning interactive activity, user-definable custom rapid goal motivated integrated circuits, highest standard of user-definable rapid goal motivated optimal controlled responses primal energy controlled rapid goal motivated self-learning embedded computing responses controlled rapid goal motivated energy response. The core of the proposed technology is to provide the dominant controlled interactive computer technology to the rapid goal motivated user-defined."
Disclaimer: Curated by HT Syndication.
