Abstract:Background
For many years, clinicians have been seeking for objective pain assessment solutions via neuroimaging techniques, focusing on the brain to detect human pain. Unfortunately, most of those techniques are not applicable in the clinical environment or lack accuracy.
Objective
This study aimed to test the feasibility of a mobile neuroimaging-based clinical augmented reality (AR) and artificial intelligence (AI) framework, CLARAi, for objective pain detection and a… Show more
“…Pain assessment: Xiao-Su Hu et al conducted a study where artificial neutral network (3-layer NN) achieved an optimal classification accuracy at 80.37% for pain and no pain discrimination. 22 9. Head and neck cancer: Ibragimov and Xing were the first to attempt the use of CNNs for segmentation of organs at risk from head and cancer CT images.…”
Section: Artificial Intelligence In Orthodontics:-diagnosismentioning
Introduction: Humans have recreated intelligence for effective human decision making and to unburden themselves of the stupendous workload. Artificial intelligence can act as a supplemental tool to improve diagnosis and treatment care but intelligent machines can never be 'human'. The field of artificial intelligence is relatively young but has still come a long way in the fields of medicine and dentistry. Hence, there is a need for the dentists to be aware about its potential implications for a lucrative clinical practice in the future.
“…Pain assessment: Xiao-Su Hu et al conducted a study where artificial neutral network (3-layer NN) achieved an optimal classification accuracy at 80.37% for pain and no pain discrimination. 22 9. Head and neck cancer: Ibragimov and Xing were the first to attempt the use of CNNs for segmentation of organs at risk from head and cancer CT images.…”
Section: Artificial Intelligence In Orthodontics:-diagnosismentioning
Introduction: Humans have recreated intelligence for effective human decision making and to unburden themselves of the stupendous workload. Artificial intelligence can act as a supplemental tool to improve diagnosis and treatment care but intelligent machines can never be 'human'. The field of artificial intelligence is relatively young but has still come a long way in the fields of medicine and dentistry. Hence, there is a need for the dentists to be aware about its potential implications for a lucrative clinical practice in the future.
“…VR could also provide students and clinicians of various disciplines the opportunity to experience psychiatric patients' pathological symptoms, such as auditory and visual hallucinations. Beyond psychiatry there are important use-cases ranging from clinical use in pain detection (6) to enhanced training of various healthcare professionals (7).…”
“…Umetna inteligenca bo kompleksen večrazsežnostni občutek celostno prikazala šele, ko jo bomo opremili z ustreznimi algoritmi. Doslej še niso bili dovolj uspešni (Topol 2019, Hu et al 2019.…”
Section: Bolečina V Evropski Uniji In Slovenijiunclassified
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