Intellectual Property India Publishes Patent Application for 'A System And Method For Real-Time Dynamic Visualization And Optimization Of Abstract Data Organization' Filed by Mrs. Priyanka Anil Ghule; Mr. Dilipkumar Suresh Teli; Mr. Deep Sudhansu Adak; Mr. Abhinav Sunil Jaiswal; Mr. Sahas Laxminarayan Prajapati; Dr. Vidyullata Devmane; Ms. Deepshikha Chaturvedi; Ms. Shahzia Sayyad; Dr. Vaishali Hirlekar; and Dr. Madhuri Jadhav

MUMBAI, India, May 1 -- Intellectual Property India has published a patent application (202621027483 A) filed by Mrs. Priyanka Anil Ghule; Mr. Dilipkumar Suresh Teli; Mr. Deep Sudhansu Adak; Mr. Abhinav Sunil Jaiswal; Mr. Sahas Laxminarayan Prajapati; Dr. Vidyullata Devmane; Ms. Deepshikha Chaturvedi; Ms. Shahzia Sayyad; Dr. Vaishali Hirlekar; and Dr. Madhuri Jadhav, Maharashtra, on March 9, for 'a system and method for real-time dynamic visualization and optimization of abstract data organization.'

Inventor(s) include Mrs. Priyanka Anil Ghule; Mr. Dilipkumar Suresh Teli; Mr. Deep Sudhansu Adak; Mr. Abhinav Sunil Jaiswal; Mr. Sahas Laxminarayan Prajapati; Dr. Vidyullata Devmane; Ms. Deepshikha Chaturvedi; Ms. Shahzia Sayyad; Dr. Vaishali Hirlekar; and Dr. Madhuri Jadhav.

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: "The present invention generally relates to a system for real-time dynamic visualization and optimization of abstract data organization is disclosed. The system comprises a central processing unit coupled to a memory device and display, configured to translate abstract memory operations into fluid visual animations by mapping memory index changes to pixel-based coordinate shifts. A distinguishing feature is a state-capture and rollback unit that records memory and visual coordinate snapshots at discrete processing steps, enabling backward traversal of the operation timeline for educational analysis. Additionally, a temporal synchronization interlock unit regulates execution flow by inserting calculated time-delays and pausing the central processing unit during active graphical transitions. This synchronization ensures that the visual rendering of data movement remains distinct and aligned with the internal processing logic. By integrating interactive simulation, step-by-step state recording, and precise visual-temporal synchronization, the system provides an immersive environment for mastering complex data structures and techniques."

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