The Design And Implementation Of Nuclear Accident Medical Emergency Treatment Simulation System Based On Unity3D

Nuclear power is a new type of energy that uses controlled nuclear reactions to generate energy.While it plays a huge role in the future of mankind,it always threatens the safety of all mankind.When a nuclear accident occurs,professional and skilled medical emergency treatment can save the lives of the personnel on the scene to the greatest extent.This requires familiarization and repeated practice of specific nuclear accident scenarios in daily life.When an accident occurs,the emergency rescue personnel can work efficiently and orderly Only by fully improving their response capabilities.After in-depth user needs analysis,the system uses sequence of events which from the occurrence of accident to the completion of wounded`s treatments.It comprehensively simulates the operations related to the establishment of a medical team,equipment arrangement,medical point construction,protective clothing wear,casualty classification,on-site decontamination,casualty treatment,casualty transfer and other emergency medical emergency treatment.In the terms of system’s implementation,the client program of this system uses Unity3 D and Visual Studio as development tools to achieve the function of each module.The data used in the simulation process also can be access securely and efficiently by database technology and cache technology.After system testing through the method of black box testing,it can be determined that the system has achieved the expected design goals.This nuclear accident medical emergency treatment simulation system is implemented using virtual simulation,which can provide a real and safe simulation environment for trainees.Compared with the traditional method,it is more convenient to carry out emergency rescue training.In summary,the system has these advantages: 1.It cost lowly and can reduce the equipment loss caused by traditional teaching and training.2.It runs safely and reliably,and can avoid personal injury and other situations in traditional teaching and training.3.Its training content and methods are more abundant.While simulating rescue scenarios,it can also be used with questions,plots and other forms to allow users to master emergency rescue skills more easily.4.Its evaluation system is scientific and reasonable,and can feedback operation evaluation to users in time.5.This system broadens the way to carry out emergency rescue training work,and can lower requirements on the training place and training time.