| 摘要 |
FIELD: information technology. ^ SUBSTANCE: local computer-aided ophthalmic microsurgical network for enucleation and evisceration operations has formatting devices in form of a radial-annular structure consisting of a single set of automated workstations (AWS), which are synchronously and asynchronously operating, processing, converting, transmitting, analysing, synthesising hierarchical structures of an artificial neural network: diagnostic AWS, ophthalmic microsurgical AWS, AWS for successive operation steps, AWS for components, surgical operation AWS with anti-parallel forward and reverse flow of information in between. All anti-parallel main forward and refining reverse flow of information form one multigraph with not less than fourteen vertices, consisting of AWS, which function in parallel and synchronously, connected by not less than ninety six directed edges. ^ EFFECT: higher accuracy of determining and quality of identifying diagnoses, determining readings for performing operations, high selectivity when performing operations, accuracy in determining the sequence of operations, simulating operations, accuracy in selecting the anaesthetic manual, accuracy of providing implants and consumable materials, optimisation of information flow and needs during enucleation and evisceration operations. ^ 1 dwg |
