Design And Implementation Of Fire Fighting Force Training Management System Based On Step Counting Algorithm

At present,in the process of training and management,many fire units still use traditional manual management.This management method is inefficient and affects the effectiveness of the training of fire fighting forces.In the process of training and management of the original fire units,only the trainers and leaders of the fire brigade can participate in the fire units and have no direct interaction with the fire fighters,which is not conducive to the improvement of fire fighters.The training of soldiers is positive.With the development of Android mobile technology,it is possible to implement all kinds of information systems on Android intelligent devices.Based on the above background,a fire management training and management system based on Android is designed and implemented.The main tasks of this article are as follows:First of all,the requirements analysis of the Android based training management system of the fire forces is carried out.The overall design goal of the system is determined and the functional modules of the front end system are established in combination with the actual process of the training of the fire forces and the needs of the users.The function modules of the front end system are constructed,which are specific: sports data query,training plan,training execution,course management,training assessment and performance management.In the system requirement analysis,according to the operation process of each business function,the corresponding use case diagram is given and analyzed in detail.Then using the development advantage of the Android platform,using the J2 EE as the technical framework,using the Java language,and using the SQL Server 2016 database management system,the system is designed and the design scheme of the database is given.In the functional module design part,the business sequence diagram and flow chart of each function are given in detail;in the system's step-counting function,the step-counting calculation under the complex movement scenario of fire fighters is realized through the self-correlation improved weighting algorithm,which improves the accuracy of the algorithm results,which is also the innovation of the system.Next,the paper introduces the implementation based on the system,and shows the implementation interface of each function,and gives the key code.Finally,the system is tested.The test shows that the system has complete functions and excellent performance,which can meet the original predetermined basic goals.The realization of the system can help the firefighting force trainers to realize the effective management of the training plan,training process and training effect.Each firefighter can visually view their training results through the system and trace back to the training trail of each fire soldier.And the details of each stage of training,which is conducive to the firefighting force training management personnel to develop a suitable training plan for each firefighter's characteristics and capabilities,effectively improve the training effect.And after the system is implemented on the Android side,the trainer can perform training management work on his Android mobile phone at any time.The firefighters can conduct online video learning anytime and anywhere,and view the training results on the mobile phone,so that the firefighters can pass the training data query function.View the calories,steps,training trajectories,etc.of the individual's training on the day,and the system uses the improved weighted autocorrelation analysis algorithm to improve the step accuracy and ensure the accuracy of the data.