MUMBAI, India, Aug. 12 -- Intellectual Property India has published a patent application (202641092846 A) filed by B. Sowmiya; S. Thanga Revathi; B Balakiruthiga; Angayarkanni S A; Deepika D; P Mahalakshmi; Srividhya S; Rajaram V; and Dr. B. Babu on July 30, 2026, for Intelligent Multi-Node Iot Communication System With Self-Correction And Real-Time Network Decision Logic.
Inventors include B. Sowmiya; S. Thanga Revathi; B Balakiruthiga; Angayarkanni S A; Deepika D; P Mahalakshmi; Srividhya S; Rajaram V; and Dr. B. Babu.
The application for the patent was published on August 07, 2026, under issue no. 32/2026.
Abstract: The innovation pertains to a multi-node Internet of Things communication framework that includes distributed sensing or control nodes, communication interfaces, an edge gateway, node-health monitors, a network-state estimator, a self-correction engine, and a real-time decision controller. Every node conveys a packet that has application data, identification, sequence, priority, integrity, timing, and operational status information. The system identifies packet deterioration, loss, latency, congestion, disruption, energy constraints, route impairment, and node failure. In reply, it chooses and executes packet reconstruction, retransmission, time resynchronisation, channel or data-rate modification, transmission power regulation, alternative route selection, node isolation, failover, or reintegration. Corrective actions are determined based on contemporary link metrics, message urgency, delivery timelines, energy resources, route reliability, and archived rectification outcomes. Local nodes persist in executing corrective measures when the gateway is inaccessible. The solution thereby enhances the dependability of communication and ensures the transmission of time-sensitive information without the need for constant cloud connectivity.
Disclaimer: Curated by HT Syndication.
