In this study, we couple game theory with an integrated agent-cellular method to develop a model of the major determinants controlling urban development, which not only accounts for socioeconomic driving forces but also captures human actions.
This paper proposed a novel approach to optimize the operation of an energy hub based on a multi-agent based model which includes hub element agents, a multi-energy demands agent, a commercial agent, an integrated dispatch agent and an environment agent.
A case study is presented which uses a modular design with an integrated intelligent agent and knowledge base.
The use of the notation is evaluated by a detailed example of an integrated tangible agent consisting of sensors, a computational part, and actuators.
Then an integrated multi-agent model is proposed, which is based on the two-step information extraction of joint probability density distribution in order to reflect EV users' travel willingness.
Petri nets (PN) and object-oriented design (OOD) are used together in order to develop the integrated agent-based FMS control system.
A VMSA has an integrated architecture of agent and virtual manufacturing.
Some recent examples include ImmunoGrid, an integrated large-scale agent-based model environment to simulate the human immune system, C-ImmSim, an agent-based simulator that combines computational immunology with bioinformatics, and the Basic Immune Simulator.
In this paper, an integrated causal/statistical/behavioral multi-agent model is established to simulate EV users' travel willingness, in order to incorporate the causal relations among different features, which influence EV users' travel willingness into the typical questionnaire-based statistical analysis.
Understanding the term Education for Sustainability to be holistic, systemic, connective and ecological rather than content specific, the paper outlines the genesis of landscape as a formal learning environment, and then through case studies reviews the efficacy of landscape as an agent for an integrated pedagogy towards sustainable literacy.
We describe a new agent model and an integrated peer-to-peer architecture which addresses these requirements.
