This paper compares Chinese, Korean, and Japanese shipyard production technology. Development in the world shipbuilding over recent years has influenced focus areas related to shipyard manufacturing technologies and p...This paper compares Chinese, Korean, and Japanese shipyard production technology. Development in the world shipbuilding over recent years has influenced focus areas related to shipyard manufacturing technologies and product performance. Software systems, information technology, production technology, and local challenges of shipyards are compared with shipbuilding outputs among these three countries. Various technologies developments, shipyard production and the problems in Chinese, Japanese, and Korean shipyards are discussed respectively. Finally, future areas of research are pointed out.展开更多
Designed as a tool for business intelligence, resource planning is used to manage the essentials of a business by integrating processes into a single system. Enterprise Resource Planning (ERP) solutions ensure all the...Designed as a tool for business intelligence, resource planning is used to manage the essentials of a business by integrating processes into a single system. Enterprise Resource Planning (ERP) solutions ensure all the organizational, operational, and procedural structures interconnection, which can be both an advantage and a disadvantage, knowing that inefficiency within one structure will lead to inefficiency in others. The originality of the approach consists in the unitary analysis of all processes which shipbuilding involves (design;evaluation of ship construction possibilities;contracting of works;contracting of supply of materials and equipment;presentation of inspections for the completed works reception;delivery of the ship into operation). The systemic approach is a notable contribution by highlighting the input and output quantities for the analyzed processes. Also, where it was found relevant, the diagrams highlight the owners of the process and show the interconnectivity of the functional departments within a shipyard. Although it is obviously the expression of in-depth knowledge of the peculiarities of Romanian shipyards, the authors hope that the work can support any shipyard that may be interested in knowing these structures (as a logical scheme mandatory to design a custom ERP software system).展开更多
设计一种基于工业云的钢板堆场数字化管理系统。采用云计算、大数据、互联网和物联网(Internet of Things,IoT)等技术,串联船厂用于钢板管理的工业设备,达到合理高效管理船厂钢板堆场的目的。设计一种基于遗传算法的钢板堆垛优化策略,...设计一种基于工业云的钢板堆场数字化管理系统。采用云计算、大数据、互联网和物联网(Internet of Things,IoT)等技术,串联船厂用于钢板管理的工业设备,达到合理高效管理船厂钢板堆场的目的。设计一种基于遗传算法的钢板堆垛优化策略,并利用MATLAB进行算法程序编写。算法结果表明输出的钢板堆垛方案可较大减少钢板翻板次数,提高钢板堆场的周转效率。该系统具有稳定性、通用性及持续扩展性,可为船厂的信息化和智能化建设提供一种新的解决方案。展开更多
文摘This paper compares Chinese, Korean, and Japanese shipyard production technology. Development in the world shipbuilding over recent years has influenced focus areas related to shipyard manufacturing technologies and product performance. Software systems, information technology, production technology, and local challenges of shipyards are compared with shipbuilding outputs among these three countries. Various technologies developments, shipyard production and the problems in Chinese, Japanese, and Korean shipyards are discussed respectively. Finally, future areas of research are pointed out.
文摘Designed as a tool for business intelligence, resource planning is used to manage the essentials of a business by integrating processes into a single system. Enterprise Resource Planning (ERP) solutions ensure all the organizational, operational, and procedural structures interconnection, which can be both an advantage and a disadvantage, knowing that inefficiency within one structure will lead to inefficiency in others. The originality of the approach consists in the unitary analysis of all processes which shipbuilding involves (design;evaluation of ship construction possibilities;contracting of works;contracting of supply of materials and equipment;presentation of inspections for the completed works reception;delivery of the ship into operation). The systemic approach is a notable contribution by highlighting the input and output quantities for the analyzed processes. Also, where it was found relevant, the diagrams highlight the owners of the process and show the interconnectivity of the functional departments within a shipyard. Although it is obviously the expression of in-depth knowledge of the peculiarities of Romanian shipyards, the authors hope that the work can support any shipyard that may be interested in knowing these structures (as a logical scheme mandatory to design a custom ERP software system).
文摘设计一种基于工业云的钢板堆场数字化管理系统。采用云计算、大数据、互联网和物联网(Internet of Things,IoT)等技术,串联船厂用于钢板管理的工业设备,达到合理高效管理船厂钢板堆场的目的。设计一种基于遗传算法的钢板堆垛优化策略,并利用MATLAB进行算法程序编写。算法结果表明输出的钢板堆垛方案可较大减少钢板翻板次数,提高钢板堆场的周转效率。该系统具有稳定性、通用性及持续扩展性,可为船厂的信息化和智能化建设提供一种新的解决方案。
