Design And Implementation Of Intelligent Harvester Head Data Sharing System

In todayts forestry production,intelligent harvesters,as a new generation of harvesting equipment,greatly improve work efficiency.During its work,harvesting opportunities record some logging data,such as the diameter and length of the small segments of the wood segment,which are stored in a standard called StanForD.The standard is constantly being updated with the development of information technology,so far there are two major versions——StanForD and StanForD2010.Over time,these stored data will be aggregated into forestry harvesting big data.If we can dig out the knowledge or laws hidden in the harvesting data,it will generate great value and have great research prospects.Based on the above reasons,this study designed and implemented a smart cutting head data sharing platform for relevant forestry researchers,and provided scientific support for researchers.This paper first analyzes the structure and content of StanForD and StanForD2010 storage data,and proposes rules for parsing PRI files and HPR files.Then combined with the status quo of modern intelligent harvesting machine development,the system needs analysis to determine the system related functional requirements and performance requirements.Through the research on the similar theory of data sharing platform development,it is determined that the B/S system framework is used,Spring Boot is used as the development teehnology,MySQL is the data management system and development tools such as Intellij IDEA and Sequel Pro are used to determine the system development frame.The system database is designed in detail based on the characteristics of the data files shared by the system and the functions to be implemented.Finally,this paper implements a B/S-based intelligent cutting head data sharing platform,which supports PRI,HPR format data uploading,generating data summary description,dataset search,original and parsing file downloading and other functions.At the end of the paper,the functions implemented by the system are tested.The results show that the system design meets the requirements of the requirements analysis.