In a multi-option system, agents can use one of many options at a time; like a stock market that you want to buy just one stock at a time. Or, you want to be either a seller, or a buyer. One method to analyze this system is the mean field approximation. Now, what about the situation in which you want to acquire more than one resource simultaneously; like processes in a computer system.
Chapter Weighted Multi-resource Minority Games
Do we need quantum assumptions/computing? Is it possible to simplify the system? What do you think?
You might be interested in the modeling of the interplay between agents, do they have differing roles in the system? You might be able to model them as evolving their roles.
See: Conference Paper Using Multiple Worlds for Multiple Agent Roles in Games
Thank you for your answers.
Dear Dragos, considering time lags can give us an insight from a different angle. I will look into it.
Dear Joseph, I am wondering if the "multiple agent role" uses heterogeneous agents. Or, it can be an analogy to multi-resource but from a different perspective.
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