通用型激光加工工艺控制软件的领域模型设计

发布时间：2018-02-01 01:37

本文关键词： 领域驱动设计领域模型激光加工超聚合薄层耦合　出处：《应用激光》2017年01期 　论文类型：期刊论文

【摘要】：领域驱动设计(Domain-Driven Design)是指导专业领域复杂软件开发的系统分析和设计方法,其将着眼点集中于应用领域本身,可以最大程度、最短路径反映领域专家的专业思维,是工业领域很适用的软件开发模式,但在激光加工专业领域尚未见到应用报道。提出了通用型激光加工工艺控制软件的用户界面层、应用层、领域层和基础结构层四层软件系统架构,对激光加工工艺控制的核心业务及其相互关联关系进行了分析建模,建立了一个由加工图形、加工参数、虚拟设备构成的加工任务超聚合领域模型,并设计了"薄层耦合"的应用服务函数将领域层与其他层隔离,有效提升了软件快速迭代、可移植性、扩展性和可维护性。
[Abstract]:Domain-Driven Design (Domain-Driven Design) is a systematic analysis and design method to guide the development of complex software in professional field, which focuses on the application domain itself. To the greatest extent, the shortest path reflects the professional thinking of experts in the field, is a very suitable software development model in the field of industry. However, no application report has been found in the field of laser processing. A four-layer software system architecture of general laser processing process control software is proposed, including user interface layer, application layer, domain layer and infrastructure layer. Based on the analysis and modeling of the core business of laser processing process control and its correlation relationship, a hyperaggregation domain model of processing task is established, which consists of machining graphics, machining parameters and virtual equipment. The application service function of "thin layer coupling" is designed to isolate the domain layer from other layers, which effectively improves the software iteration, portability, extensibility and maintainability.
【作者单位】：浙江省激光加工机器人重点实验室温州大学机电工程学院;
【基金】：国家自然科学基金资助项目(项目编号:51375348,51605338,U1609209) 浙江省自然科学基金杰青团队资助项目(项目编号:LR15E050003) 温州市重点科技创新团队资助项目(项目编号:C20150006)
【分类号】：TN249
【正文快照】： 0引言激光束由于其束流能量密度在时间、空间上的多维可控特性,已成为材料加工的有力工具。激光加工的能力与品质极大优于传统机械加工,是引领传统制造业改造升级不可或缺的重要技术。当前工业领域已有激光切割、焊接、熔覆、打标、增材制造等不同类型的数十种激光加工工艺技

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