ICSCN 2020 — Springer International Conference on Sustainable Communication Networks and Application

The International Conference on Sustainable Communication Networks and Applications [ICSCNA 2020] organized on 6-7, August 2020 by The Surya Engineering College (SEC), Erode, India at Erode - Perundurai Highway, Kathirampatti, Mettukadai, Erode,Tamil Nadu 638107. The main objective of ICSCNA 2020 is to serve as a confluence point between researchers, academicians and industrialists to present their state-of-the-art research and works in the areas of sustainable communication networks and applications to materialize prodigious benefits in order to meet the global sustainable needs. The extensive goal of ICSCNA 2020 is to promote a community-wide discussions identifying the up-to-date technologies and theories for sustainable computing and communication networks to address the emerging challenges and create a sustainable environment, green energy and network models, algorithms, platforms and tools required to facilitate the next-generation sustainable communication and networking infrastructure. The 2020 International Conference on Sustainable Communication Networks and Applications [ICSCNA 2020] will be an intriguing platform for scientists, researchers, research scholars and industrialists to present, share and exchange their ideas on the recent advances in sustainable communication networks and applications.

Topics: Sustainable Computing and Communication Technologies • Sustainable design architectures • Energy and power constrained devices • Ultra-low power sustainable system architectures • Distributed data processing systems • Network optimization and analysis • Energy efficient wireless communication systems • Sustainable big data frameworks • Sustainable cloud computing architectures • Energy efficient communication protocols • Green data centres and sustainable data processing technologies • Energy consumption modeling techniques • Network standardization and benchmarks • QoS and Green computing architectures • Sustainable computing models, methodologies and paradigms • Energy efficient wireless networks • Low-power communication technologies • Sustainable analytics and visualization • Theoretical aspect of sustainable computing and communications • Power- and Energy-aware scheduling and resource allocation Sustainable Networking Technologies • Smart network modeling and simulation • Smart grids and networking technologies • High performance networking virtualization • Sustainable networking standards and regulations • Green data centre networks • Network resource management techniques • Sustainable network routing schemes and concepts • Sustainable wireless networks • Peer-to-peer networks and overlays • Sustainable vehicular ad-hoc networks • Green, energy-efficient and sustainable networking architectures Sustainable networking and Applications • Smart network sensing systems • Smart society [Sustainable models, design, frameworks and strategies] • Sustainable vehicle communication and buildings • Sustainable industrial automation and control • Smart energy generation, transmission and distribution • Sustainable logistics and supply chain management • Smart transport systems and traffic management architectures • Smart and sustainable home, health care and ageing population support • Sustainable mobility and vehicle management • Smart user-centred services and systems • Smart data analytics techniques for smart cities • Smart Information system architecture for sustainability • Internet-enable infrastructures for sustainability • Case studies and innovative applications