Outcome of The Session : “Intelligent Systems”
All accepted and registered full papers must be presented at the conference and will be published in the Springer series This series is indexed by Scopus, EI Compendex, INSPEC, WTI Frankfurt eG, zbMATH, and SCImago. All books published in this series are also submitted for consideration in Web of Science.
This session explores how intelligent technologies—spanning data analytics, computing, communication, security, robotics, and real‑time algorithms—can transform urban environments into next‑generation sustainable cities. It emphasizes the convergence of advanced computing and engineering with urban planning, highlighting how smart, secure, and adaptive systems can address the challenges of rapid urbanization, climate change, and resource management.
Demonstrate how big data and predictive analytics can optimize energy use, traffic flow, and resource allocation in cities.
Showcase computing innovations that enable scalable, efficient, and sustainable urban infrastructures.
Explore next-generation communication networks (5G/6G, IoT) that connect citizens, devices, and systems for smarter governance.
Discuss intelligent cybersecurity policies and mechanisms to safeguard smart city infrastructures and citizen data.
Highlight applications of robotics and embedded systems in automation, waste management, healthcare, and urban services.
Present algorithmic solutions for real-time decision-making in transport, disaster response, and smart energy systems.
Smart City Platforms: AI-driven dashboards for governance and citizen engagement.
IoT & Edge Computing: Intelligent sensors and devices for monitoring urban ecosystems.
Cybersecurity in Smart Cities: Policies and technologies to protect critical infrastructure.
Robotics for Sustainability: Automated systems for waste recycling, renewable energy management, and healthcare delivery.
Real-Time Urban Solutions: Algorithms for traffic optimization, emergency response, and climate adaptation.
Cross-Disciplinary Integration: Bridging computing, engineering, and social sciences for holistic urban innovation.
Participants will understand how intelligent data analytics can optimize urban systems, enhance decision-making, and drive sustainable innovation.
Participants will gain insights into computing frameworks that enable scalable, efficient, and eco-friendly smart city infrastructures.
Participants will explore next-generation communication networks that connect citizens, devices, and systems for smarter, more sustainable governance.
Participants will learn strategies for safeguarding smart city infrastructures through intelligent security mechanisms and resilient policies.
Participants will discover how robotics and embedded systems can automate urban services, improve efficiency, and support sustainability goals.
Participants will acquire knowledge of real-time algorithms that enable rapid, adaptive responses to urban challenges such as mobility, energy, and disaster management.
All the selected papers will be Published in Springer series “Lecture Notes in Networks and Systems”. Indexed by SCOPUS, EI Compendex, INSPEC, WTI Frankfurt eG, zbMATH, SCImago. All books published in the series are submitted for consideration in Web of Science.
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