Search for dissertations about: "agent based model"
Showing result 1 - 5 of 253 swedish dissertations containing the words agent based model.
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1. Expressing and recognizing intentions
Abstract : With the advancement of Artificial Intelligence, intelligent computer programs known as agents are coming increasingly close to the life of human beings. In an optimistic view, predictions tell us that agents will be governing many machines such as phones, robots and cars. READ MORE
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2. A Learning-driven Approach for Behavior Modeling in Agent-based Simulation
Abstract : Agent-based simulation is a prominent application of the agent-based system metaphor. One of the main characteristics of this simulation paradigm is the generative nature of the outcome: the macro-level system behavior is generated from the micro-level agent behavior. READ MORE
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3. Agent-based Transport Models as a Tool for Evaluating Mobility
Abstract : The transportation system is undergoing fundamental transformations through emerging technologies. Some of these innovations have the potential to contribute to the sustainable transformation of the transportation system, such as electric vehicles (EVs) and shared autonomous electric vehicles (SEAVs). READ MORE
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4. An agent-based approach to supply side modeling of agricultural and power systems
Abstract : This thesis deals with the modeling of economic systems in the context of agricultural and power systems, and some aspects of the difference between the standard economics equilibrium approach and the agent-based approach. We model the supply side, where agents make decisions on what to produce or in what to invest. READ MORE
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5. Improving the performance of distributed multi-agent based simulation
Abstract : This research investigates approaches to improve the performance of multi-agent based simulation (MABS) applications executed in distributed computing environments. MABS is a type of micro-level simulation used to study dynamic systems consisting of interacting entities, and in some cases, the number of the simulated entities can be very large. READ MORE