Research On AR Interface Information Design Method Of Mine Rescue Scene Based On Error-cognition Mechanism

With the rapid development of augmented reality technology,the complex information interaction system of emergency rescue has changed from the traditional mode to the visual interactive interface of digital control.In the rescue scenario,the amount of information,the variety of information,and the complex relationship make the rescuers confused or even unable to start due to improper design when dealing with the problem,resulting in errors and even major accidents.This thesis will analyze the mine rescue process in detail based on the error-cognitive mechanism,study the logical relationship between error to cognition to design practice from the perspective of possible errors in the rescue process,and determine the scientificity of the theoretical model as a method guide for AR interactive information design in mine rescue scenarios.This thesis focuses on the following work:This thesis first analyzes the visual cognitive behavior of relevant information in the task in the rescue scenario,and uses the CREAM model to extend the cognitive process,which will participate in the HERA error identification process as an operation task.Then,the error factors of the four processes of monitoring/detection,status query,response plan and response execution are extracted,and the error factor cognitive set in the rescue scenario is established according to their error representation classification.Then,the error types are corresponded to cognitive processing theory,and error-cognitive hierarchical models of Misperception(MP),Attention failure(AF),Perceptual confusion(PC),Memory Lapse(ML)and lnattention(IA)are gradually constructed.Finally,the error factor in the rescue scenario is taken as the independent variable and the interface information design element is the dependent variable,and the cognitive experimental paradigm is referred to to guide the design practice after drawing conclusions.This thesis uses the error-cognitive theory model to guide the design of AR interactive information for mine rescue,studies it from the perspective of error factor,the source of failure in rescue scenarios,and applies the error-cognitive model to the design of rescue interactive information,so as to provide a guiding method for AR interactive information design in mine rescue scenarios and a theoretical basis for scientific design in special scenarios.