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Object-oriented modelling of the integrated waste management systems using Rapid Application Development (RAD) Methodology

机译:使用快速应用程序开发(RAD)方法论的综合废物管理系统的面向对象建模

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摘要

The paper presents the adaptive, reactive computer assistance system design methodology, making modelling, analysis, and testing possible of the integrated waste management systems. The presented model is defined in a multilayer open architecture, i.e.-, it consists of the logical spaces of the constituent models (submodels) of the object classes and real processes of the waste management system, implemented as the program code developed in the high level programming languages (RAD). The waste management system model was developed using a state-of-the-art approach to the design of algorithms for modelling, analysis, optimization, and testing of the real elementary processes of the integrated systems. Topics covered by the paper include elements of a literature review on the modelling of systems and waste management processes, review of the programming environments employed, as well as a description of the object-oriented waste management systems design methodology. An example of one of the developed subsystems is also included at the end of the text. Computer simulation results are also presented, carried out for one of the processes for the purposes of the model calibration and validation. The simulation - confirmed a high conformity of the model with the real processes.
机译:本文介绍了自适应反应式计算机辅助系统的设计方法,使集成废物管理系统的建模,分析和测试成为可能。呈现的模型是在多层开放式体系结构中定义的,即,它由对象类的组成模型(子模型)的逻辑空间和废物管理系统的实际过程组成,以高级程序代码的形式实现编程语言(RAD)。废物管理系统模型是使用最先进的方法开发的,用于设计算法,用于对集成系统的实际基本过程进行建模,分析,优化和测试。本文涵盖的主题包括有关系统和废物管理过程建模的文献综述,所采用的编程环境的综述以及面向对象的废物管理系统设计方法的描述。本文末尾还提供了一个已开发子系统的示例。还提供了计算机仿真结果,该仿真结果是出于模型校准和验证目的而执行的过程之一。仿真-证实了模型与实际过程的高度一致性。

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