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Judul Application of Artificial Intelligence to Advance Individualized Diagnosis and Treatment in Emergency and Critical Care Medicine / Edited by: Zhongheng Zhang
Pengarang Zhang, Zhongheng
EDISI -
Penerbitan Basel : MDPI, 2024
Deskripsi Fisik 154p. :Ill.
ISBN 978-3-7258-0910-3
Subjek ARTIFICIAL INTELLIGENCE
CRITICAL CARE MEDICINE
Catatan Critical illness refers to severe diseases or conditions where health status changes rapidly and may pose an immediate threat to life within a short period of time. The key to successful treatment of critically ill patients involves various aspects of diagnosis, including early prediction of adverse events, accurate identification of pathogens, and differential diagnosis of symptoms. Critically ill patients typically generate vast amounts of data from medical equipment such as bedside monitors, ventilators, and renal replacement therapy devices. Handling such large volumes of data is challenging for human intuition alone. Artificial intelligence can learn complex data structures to acquire knowledge and insights, thereby profoundly impacting the management of critically ill patients. In this context, we have organized this Special Issue to explore the application of artificial intelligence in the management of major diseases, aiming to significantly advance future healthcare. In this Special Issue, researcher
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Lokasi Akses Online https://doi.org/10.3390/books978-3-7258-0910-3
https://mdpi-res.com/bookfiles/book/9197/Application_of_Artificial_Intelligence_to_Advance_Individualized_Diagnosis_and_Treatment_in_Emergency_and_Critical_Care_Medicine.pdf?v=1788570657

 
No Barcode No. Panggil Akses Lokasi Ketersediaan
295426192 616 App Baca Online Perpustakaan Pusat - Online Resources
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505 # # $a Critical illness refers to severe diseases or conditions where health status changes rapidly and may pose an immediate threat to life within a short period of time. The key to successful treatment of critically ill patients involves various aspects of diagnosis, including early prediction of adverse events, accurate identification of pathogens, and differential diagnosis of symptoms. Critically ill patients typically generate vast amounts of data from medical equipment such as bedside monitors, ventilators, and renal replacement therapy devices. Handling such large volumes of data is challenging for human intuition alone. Artificial intelligence can learn complex data structures to acquire knowledge and insights, thereby profoundly impacting the management of critically ill patients. In this context, we have organized this Special Issue to explore the application of artificial intelligence in the management of major diseases, aiming to significantly advance future healthcare. In this Special Issue, researchers from various countries and regions have explored the application of artificial intelligence in critical care, covering aspects such as diagnosis, management, and prognosis. Overall, these studies elucidate the transformative impact of artificial intelligence and machine learning on medical diagnosis and prognosis, heralding a new era of precision medicine that holds promise for improving patient outcomes and optimizing healthcare services.
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