FMDB Transactions on Sustainable Computing Systems

Aims and Scope

FMDB Transactions on Sustainable Computing Systems (FTSCS) is an overarching idea that encompasses the full gamut of approaches to using IT to live a rich and fulfilling life. There needs to be consideration for long-term viability in a variety of computing and information processing settings and technologies. Cloud, cluster, and mobile computing provide a rich ecosystem of algorithmic and computational frameworks that can be leveraged to solve problems related to data processing, integration, utilisation, aggregation, and generation. These frameworks include optimization, machine learning, dynamical systems, prediction and control, decision support systems, Power aware networking and meta-heuristics, security and safety, and many others. Smart devices, cloud storage organisation, data transfer in innovative communication environment, software and information processing, and effective algorithmic information distribution/processing are all areas that FTSCS investigates and applies to. In addition, it proposes new frameworks and architectures for future sustainable computing, as well as efficient modeling-simulation, targeted mathematical models, and theoretical design. 

Topics include, but are not limited to, the following areas:
  • Computing sustainable Software systems
  • Power management code transformation 
  • Computing for sustainability 
  • Energy-efficient communication protocols
  • Smart control for eco-friendly buildings
  • Green Data Centers and Enterprise Computing
  • Power implications for portable and mobile computing
  • High-performance computer algorithms to reduce power/energy
  • Modeling and evaluation of sustainable systems
  • Models for collective optimization of power and performance
  • Parallel and distributed system monitoring tools 
  • Sustainable hardware platforms, devices /architecture
  • Power aware networking/architectures
  • Efficient circuit design for energy harvesting

  • ISSN(Online)2994-7391
  • Publication Frequency4 Issues per year