2results about How to "Improve scientific rationale" patented technology

The present application relates to the field of medical information technology, in particular to a medical consumable intelligent evaluation system fusing evidence-based medicine and personalized analysis. The system comprises a data fusion module, an evidence-based evidence management module, a personalized analysis module, a decision interaction module and a closed-loop feedback tracing module. The data fusion module integrates internal and external data of the hospital to generate a structured data set; the evidence-based evidence management module quantitatively grades the evidence and constructs a dynamic evidence database; the personalized analysis module combines patient characteristics and preferences, and outputs individualized multi-dimensional analysis results through a patient-surgery scene-consumable matching model; the decision interaction module generates structured options based on the analysis results, supports doctor-patient collaborative decision-making and records the process; the closed-loop feedback tracing module collects real-world feedback data for calibrating and iteratively optimizing the matching model. The present application realizes intelligent, reasonable and personalized evaluation of medical consumables, and improves the scientificity, interpretability and auditability of the evaluation.

This invention provides a method and apparatus for in-depth comprehensive typhoon disaster risk assessment in inland areas. The method includes: constructing a typhoon path probability assessment model based on the subtropical high; calculating the spatial distribution simulation results of the typhoon path probability based on the subtropical high based on the typhoon path probability assessment model; simulating the spatial distribution probability of typhoons of different intensity levels based on historical typhoon wind field data to obtain the typhoon intensity probability; and calculating the spatial distribution of comprehensive typhoon disaster risk based on the spatial distribution simulation results and intensity probability results of the typhoon path probability based on the subtropical high based typhoon high, combined with regional disaster system theory. This invention can simulate and assess the typhoon catastrophic risk in typhoon-prone and typhoon-scarce areas, greatly improving the scientific rationality of typhoon disaster risk assessment results in inland and mid-to-high latitude regions lacking data.