One key point of the automating design methodology framework
is the human–machine interaction. The visualization interface
is an object-oriented system. The integration of computing
visualization and application of virtual reality/augmented reality
(VR/AR) technique make the system easy to operate. IoT, as the
backbone of the system, is the main technology for information
sharing and resource allocation. The inputs from the patient or
doctor or both establish rehabilitation priority, set specific constraints,
and select optional strategies. Moreover, two related
ontologies, the disease ontology and the resource ontology, are
established, so that the deduction ability of artificial intelligence
is made available under the well-organized structure in terms of
ontology
One key point of the automating design methodology frameworkis the human–machine interaction. The visualization interfaceis an object-oriented system. The integration of computingvisualization and application of virtual reality/augmented reality(VR/AR) technique make the system easy to operate. IoT, as thebackbone of the system, is the main technology for informationsharing and resource allocation. The inputs from the patient ordoctor or both establish rehabilitation priority, set specific constraints,and select optional strategies. Moreover, two relatedontologies, the disease ontology and the resource ontology, areestablished, so that the deduction ability of artificial intelligenceis made available under the well-organized structure in terms ofontology
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