MUMBAI, India, June 22 -- Intellectual Property India has published a patent application (202641065872 A) filed by Dr. M. Shobana; Dr. R. Porselvi; Dr. R Rajalakshmi; Mrs R. Umamaheswari; Mrs. B. Priyadharsini; Ms. D. Linett Sophia; Dr. Yamini B; and Ms. E. Gayathiri on May 25, 2026, for Beyond 5g And 6g Hybrid Noma-Otfs Communication Model With Intelli-Gent Interference Mitigation Using Ai.

Inventors include Dr. M. Shobana; Dr. R. Porselvi; Dr. R Rajalakshmi; Mrs R. Umamaheswari; Mrs. B. Priyadharsini; Ms. D. Linett Sophia; Dr. Yamini B; and Ms. E. Gayathiri.

The application for the patent was published on June 12, 2026, under issue no. 24/2026.

Abstract: Beyond 5G and 6G Hybrid NOMA-OTFS Communication Model with Intelli-gent Interference Mitigation Using AI Abstract A new method links Non-Orthogonal Multiple Access with Orthogonal Time Fre-quency Space into one structure, built for future mobile systems past 5G and reach-ing toward 6G. Instead of working separately, these technologies join - spectral effi-ciency from one meets strong signal stability from the other through delay and Dop-pler shifts. At its core runs a smart interference handler guided by artificial intelli-gence, adjusting itself in real time to spot disturbances before they grow. Rather than reacting late, it learns patterns across space, time, frequency, and coding layers to cut noise early. Built not for flash but function, the design stays lean while handling complex overlaps others struggle with. Starting with smart adjustments across do-mains, the system uses advanced neural networks alongside reinforcement methods and transformer designs to manage resources instantly. Because it adapts quickly, performance stays strong even when movement is fast and signal conditions shift un-predictably. Handling nearly a million connections in each square kilometer, delays remain below one millisecond while spectrum use improves dramatically. Energy needs drop without sacrificing support for current network standards. Security gains depth by verifying identity at the physical level using intelligent algorithms. With these traits combined, hurdles in next-generation wireless settings begin to fade, opening paths once seen as out of reach.

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