MUMBAI, India, July 24 -- Intellectual Property India has published a patent application (202631079528 A) filed by Mrs. Ananta Ranjan; Prof. Dr. Manoranjan Kumar Singh; Dr. Rahidas Kumar; Dr. Bikash Kumar; Dr. Rekha Tiwary; Puja Dutta; Dr. Shashi Shekhar Kumar Singh; Dr. Rakesh Kumar Singh; and Dr. Abhik Singh on June 28, 2026, for Development Of An Iot-Integrated Fuzzy Logic-Based Intelligent Decision Support System For Multi- Criteria Optimization And Real-Time Healthcare Diagnostics.
Inventors include Mrs. Ananta Ranjan; Prof. Dr. Manoranjan Kumar Singh; Dr. Rahidas Kumar; Dr. Bikash Kumar; Dr. Rekha Tiwary; Puja Dutta; Dr. Shashi Shekhar Kumar Singh; Dr. Rakesh Kumar Singh; and Dr. Abhik Singh.
The application for the patent was published on July 17, 2026, under issue no. 29/2026.
Abstract: [052] The present invention relates to an IoT-integrated fuzzy logic-based intelligent decision support system for multi-criteria optimization and real-time healthcare diagnostic assistance. The system comprises IoT-enabled healthcare sensors, an edge processing gateway, a data validation module, a fuzzy logic inference engine, a patient-specific calibration module, a multi-criteria optimization module, an alert prioritization module, and a healthcare dashboard. The system acquires heterogeneous physiological and contextual healthcare data, validates reliability of the data, maps the validated data into fuzzy health states, evaluates patient-specific fuzzy rules, and generates optimized risk scores, diagnostic-assistance outputs, recommendations, and prioritized alerts. The multi-criteria optimization module evaluates clinical severity, trend acceleration, patient vulnerability, data confidence, resource availability, and response urgency to produce explainable decision-support outputs. The invention improves real-time patient monitoring, reduces false alarms, enables early detection of health deterioration, supports remote healthcare environments, and assists clinicians and caregivers without replacing final medical judgement. Accompanied Drawing [FIGS. 1-2]
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