MUMBAI, India, Sept. 14 -- Intellectual Property India has published a patent application (202641107508 A) filed by Dr. Tata Ravi Kumar; Dr. Narendra Babu Pamula; Dr. Addanki Mounika; Dr. B. Tirapathi Reddy; Dr. K V D Kiran; Dr. Yelisela Rajesh; Mrs. Vemula Jasmine Sowmya; and Mr. Rajesh Tulasi on September 07, 2026, for Urban Resilience, Smart Cities And Sustainable Futures: An Integrated Study Of Urban Mobility, Air Quality, Public Services And Citizen Well-Being.
Inventors include Dr. Tata Ravi Kumar; Dr. Narendra Babu Pamula; Dr. Addanki Mounika; Dr. B. Tirapathi Reddy; Dr. K V D Kiran; Dr. Yelisela Rajesh; Mrs. Vemula Jasmine Sowmya; and Mr. Rajesh Tulasi.
The application for the patent was published on September 11, 2026, under issue no. 37/2026.
Abstract: ABSTRACT Urban Resilience, Smart Cities and Sustainable Futures: An Integrated Study of Urban Mobility, Air Quality, Public Services and Citizen Well-being The present disclosure provides an Integrated Urban Resilience Assessment and Smart City Decision-Support System for evaluating interconnected dimensions of urban mobility, air quality, public services, citizen well-being, community resilience, and institutional capacity. The system receives information from citizen surveys, stakeholder interactions, field observations, administrative records, and relevant secondary data sources. The collected information is processed through dedicated mobility, environmental, public-service, citizen, and institutional assessment modules to determine the conditions affecting resilient and sustainable urban development. The system evaluates traffic congestion, accessibility, connectivity, safety, air quality, environmental awareness, perceived health impacts, public-service accessibility, responsiveness, reliability, efficiency, citizen satisfaction, institutional trust, participation, inclusion, socio-economic differences, and community adaptive capacity. A data analysis module performs quantitative and qualitative analysis and compares urban experiences across demographic and socio-economic groups. The outputs from the different modules are integrated to identify relationships, inequalities, challenges, and barriers associated with urban resilience. The integrated outputs are provided to an evidence-based decision-support module configured to generate urban resilience assessments and recommendations for resilient mobility, environmental management, responsive public services, social inclusion, citizen participation, community resilience, and sustainable urban planning. The system supports municipalities and urban authorities in developing inclusive, sustainable, resilient, and citizen-centered urban development strategies based on integrated evidence from mobility, environmental, service, social, and institutional dimensions.
Disclaimer: Curated by HT Syndication.
