MUMBAI, India, Oct. 5 -- Intellectual Property India has published a patent application (202631113380 A) filed by Dr Partakson Romun Chiru; Prof. Kh Tomba Singh; Dr. Mutum Minarani Devi; Dr. Ghana Shyam Kafley; and Mr. Lightson Thoitak on September 22, 2026, for Adaptive Temporal State-Processing System And Method For Transition-Specific Parameter Selection And Recalibration.
Inventors include Dr Partakson Romun Chiru; Prof. Kh Tomba Singh; Dr. Mutum Minarani Devi; Dr. Ghana Shyam Kafley; and Mr. Lightson Thoitak.
The application for the patent was published on October 02, 2026, under issue no. 40/2026.
Abstract: The invention provides a temporal state-processing system (100) and method. Input records are transformed into computational representations from which states are generated. A temporal comparison determines a state difference, and a transition detection module (160) identifies a significant state transition including direction and magnitude. A generation module (170) generates a State Transition Signature. A transition-pathway association module (180) associates the signature with a processing pathway, and a parameter-selection module (190) generates a mask identifying a parameter subset. A prediction module (200) generates a prediction using the state, signature, pathway, and parameters. A prediction error module (220) determines error, while a transition-error association module (230) associates the error with the signature and pathway. A selective recalibration module (240) modifies parameters, while a preservation module (250) maintains parameters unmodified. The configuration is supplied to processing. In an embodiment, states represent investor decision states generating a decision-risk vector.
Disclaimer: Curated by HT Syndication.
