Anesthesia Depth Monitor User Interface Evaluation And Optimization

The development of visualization of medical equipment has greatly improved the work efficiency of medical staff.With the continuous improvement of user experience,merely having a functional interface can no longer meet the current medical environment.This article starts from the theory of visual search,uses the anesthesia depth monitoring interface as a carrier,establishes the usability evaluation system of anesthesia Kobe monitoring interface,and combines the visual search strategy with usability to provide design principles for the later optimization design.In the process of constructing the usability evaluation system for anesthesia depth monitoring interface,the evaluation index is obtained mainly through literature review,user research,user model construction,etc.,and weights are given to the indicators through AHP analysis,and the efficiency and its The sub-criterion layer visual search efficiency is the most concerned part of the anesthesia depth monitoring equipment.Through the user research and product positioning of the anesthesia depth monitoring equipment,it is known that monitoring is the main function,and the user's core requirement in the product is observation.The patient's physical sign data in the interface is mainly reflected in the readability,easy reading,and easy accessibility of the data.Therefore,the visual search efficiency of the product directly affects the availability of anesthesia depth monitoring equipment.Through the analysis of the elements that affect the visual search efficiency,the optimization principle of the depth monitoring interface for anesthesia is established.The author used eye tracking technology in the design optimization and verification phase to acquire the first fixation time,total fixation time,fixation times,trajectory maps,and heat maps,and to import the data into IBM SPSS to calculate the significance of the data and verify the results.Usability after interface optimization.The research results include: influencing factors influencing visual search behavior,constructing anesthesia depth monitoring interface usability evaluation system,and establishing the optimization guidelines of anesthesia depth monitoring interface through the relationship between visual search strategy and usability,and eye movement experiment process and data Processing analysis.