A Market-Based Agent-Mediated Resource Control Framework for Middle-Scale Smart Grids

In this paper, I present an ongoing implementation of a market-based agent-mediated resource control framework that can be applied to realize a dynamic electric power allocation on middle-scale smart-grid scenarios. I present a prototyping platform to utilize both market-based approaches (e.g., auctions) and multiagent-based approaches (e.g., ACL-based complex communications) for controlling middle-scale smart grids. I discuss about a possible performance based on the implementations and further issues to be resolved.