Dataset Browser

This domain delves into the fundamental methodologies and overarching paradigms that govern the creation and application of modelling and simulation within complex knowledge systems. It explores diverse approaches for understanding, predicting, and optimizing system behaviors, emphasizing the theoretical frameworks and practical techniques used to develop robust and insightful computational models that advance our understanding across various disciplines.

This document explores the critical methodologies for modelling and simulation within the context of the artificial intelligence era. It delves into how AI advancements are transforming traditional simulation approaches, enabling more sophisticated, data-driven, and adaptive models. Understanding these methodologies is crucial for developing robust intelligent systems and predicting complex behaviors in various domains.

This proceeding explores the mathematical modeling and simulation of electrical circuits and semiconductor devices. It delves into advanced techniques for representing circuit behavior and simulating device performance, crucial for optimizing designs and understanding complex interactions within electronic systems. The research covers a wide range of applications, from power electronics to integrated circuits, highlighting the importance of accurate models and efficient simulation methods in modern engineering practices.