The sustainable usage of energy resources is actually an issue that humanity and technology have been seriously facing in the last decade, as a consequence of the increasing energy demand and the dependence on oil-based fuels. This shoved scientists and technicians worldwide to intensify their studies on renewable energy resources, especially in the Electrical Energy sector. At the same time, a remarkable increment in complexity of the electrical grid has been also registered, due to the need of integrating variegated and distributed generation and storage sites, resulting in strong engineering challenges in terms of energy distribution, management and system maintenance. Many sophisticated algorithms and systems aimed at introducing intelligence within the electrical energy grid have already appeared in the recent scientific literature, accompanied by some effective market products.

The different needs coming from heterogeneous grid customers, at diverse operating levels, and the different peculiarities of energy sources to be included in the grid itself, make the task challenging and multi-faceted. Moreover, a large variety of interventions can be applied into the grid to increase the inherent degree of automation, optimal functioning, security and reliability. All these aspects must be seen from the raising Energy Internet perspective, according to which advanced ICT solutions are employed to coordinate and optimize the complex interactions between producers and consumers on distributed energy networks.

In the light of this analysis, a multi-disciplinary coordinated action is therefore required to the Electrical and Electronic Engineering, Computational Intelligence, Digital Signal Processing and Telecommunications scientific communities, taking the stringent environmental sustainability constraints into account. Focalizing to the interests of our scientific community, the organizers of this Workshop wants to explore the new frontiers and challenges within the Computational Intelligence research area, including Evolutionary Computation based solutions, for the optimal usage and management of energy resources in Smart Grid scenarios. Indeed, the adoption of distributed sensor networks in many grid contexts enabled the availability of data to be used to develop suitable expert systems with the aim of supporting the humans in dealing with the complex problems in grid management, as mentioned above. Research in this field is undoubtedly already florid, but many open issues need to be addressed and innovative intelligent systems investigated.

By moving from the success obtained by the CEMiSG2014 Workshop organized within the IJCNN2014 conference in Beijing (China), by the CEMiSG2015 Workshop organized within the IJCNN2015 conference in Killarney (Ireland), and by the CEMiSG2016 Workshop organized within the IEEE CEC2016, the intention is to propose a new proficient discussion table for scientists joining the IEEE CEC 2017 conference: a fourth International Workshop, specifically targeted to these topics surely represents a great opportunity from this perspective.



Workshop topics include, but are not limited to:

  • Computational Intelligence for Smart Grids Applications
  • Evolutionary Algorithms for Complex Energy Systems
  • Soft Computing based Algorithms in Energy Applications
  • Expert Systems for Smart Grid Optimization
  • Computational methods for the Energy Internet
  • Smart Grids and Big Data
  • Automatic Fault Detection Algorithms in Smart Grid scenarios
  • Smart Grid Self-Healing strategies
  • Learning-based Control of Renewable Energy Generators
  • Smart Building Energy Management
  • Deep Learning for Energy Efficiency
  • Energy Resource Allocation and Task Scheduling
  • Short/Long-term Load Forecasting
  • Demand-side Management
  • Learning Systems for Smart AMIs
  • Time Series Prediction in Smart Grids
  • Non-Intrusive Load Monitoring
  • Hybrid Battery Management
  • Algorithms for Electric Vehicles Integration in the Smart Grid



Prospective authors are invited to submit papers according to the specifications of IEEE CEC 2017 conference. Manuscripts will be submitted through the IEEE CEC 2017 paper submission website and will be subject to the same peer-review review procedure as the IEEE CEC 2017 regular papers. Accepted contributions will be part of the IEEE CEC conference proceedings.


Please, download the CEMiSG 2017 – Call for Papers.


Note that the paper submission deadline has been extended till January 30, 2017.