Abstract
Production process models have been used for many years in decision support systems in agriculture. They allow solving the problems of forecasting the yield, operational support, integration with GIS, calculating pedotransfer functions, etc. A high-performance, efficient platform has been developed to create powerful yet lightweight applications for a wide range of tasks. These tasks were solved in the RW.Ring platform, which was developed specifically for the new version of the APEX polyvariant calculation system instead of the outdated kernel of the old system, which contained many non-optimal solutions that impede the effective development of the system. While the new version of the polyvariant calculation system itself is currently under development, the platform itself already contains debugged working modules and can be used for a large number of similar applications.The platform’s performance is confirmed by the successful development of the Schicksal statistical analysis program. In the future, the platform will develop in parallel with the new version of the APEX polyvariant analysis system, as well as other programs based on it. The RW.Ring platform can be recommended as a set of standard libraries designed for building any shells for a large number of models.
Highlights
Production process models have been used for many years in decision support systems in agriculture [1]
They allow solving the problems of forecasting the yield [2], operational support, integration with GIS [3], calculating pedotransfer functions, etc
An assembly classifier that allows to load plugins both into the current application domain and into other domains Loader automatically handling system component dependency graph The presence of a network module that provides both remote procedure calls and a lower-level mechanism for exchanging streams and datagrams Allocation of the level of services, which allows abstracting from specific technologies of user interface development. These tasks were solved in the RW.Ring platform, which was developed for the new version of the APEX polyvariant calculation system instead of the outdated kernel of the old system, which contained many non-optimal solutions that impede the effective development of the system
Summary
Production process models have been used for many years in decision support systems in agriculture [1]. They allow solving the problems of forecasting the yield [2], operational support, integration with GIS [3], calculating pedotransfer functions, etc. In addition to the polyvariant calculation required for all calculations, the shell can support functions such as crop rotation, statistical analysis of model results, generation of daily weather meteorological data and loading them from external sources [7]. It is obvious that such a software product must integrate a large number of components and needs a reliable developed platform that allows to effectively solve these problems
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
