Discrete event systems (DESs) represent an important chapter of artificial intelligence and have applications in several domains ranging from technical sciences to social sciences, environmental surveillance, and health care. The ideas and approaches described in the book are the result of the author practice in production (over 15 years), in scientific research and university education (over 11 years), and they deal with general aspects of discrete event modelling of medical diagnosis, as well as some peculiarities from non-typical application in medicine. Discrete Event Systems Applied in...

Discrete Event Frameworks for Healthcare Sustainable Development expounds upon an important chapter of artificial intelligence; respectively, discrete event systems are applied for modeling and simulation of interpreting medical analyzes and proposing a diagnosis based on these interpretations and the patient's symptoms. Discrete event models for telemedicine are also considered for developing algorithms to ensure the sustainable development of modern global society. The target audience of this book will be from the "spatially" non-specific disciplines and fields: cognitive disciplines,...

Discrete Event Models for Sustainable Transportation Systems expounds upon an essential chapter of artificial intelligence; respectively, discrete event systems are applied for modeling and simulation of interpreting transportation systems to analyze and propose a diagnosis based on these interpretations but also on the trends forecasting. Discrete event models for modeling, simulation, and analysis of transportation systems are also considered for developing algorithms capable of ensuring the sustainable development of modern global society. All these factors allow for a new design of...