随着智慧物流在国内外的快速发展,传统物流行业的信息孤岛、资源配置不合理和运营成本高昂等问题凸显。本研究提出基于云GIS技术的智慧物流信息管理平台系统,其涵盖物流信息数据采集、物流环节结构链条化、资源方案优化与平台性能优化...随着智慧物流在国内外的快速发展,传统物流行业的信息孤岛、资源配置不合理和运营成本高昂等问题凸显。本研究提出基于云GIS技术的智慧物流信息管理平台系统,其涵盖物流信息数据采集、物流环节结构链条化、资源方案优化与平台性能优化等功能,通过软硬件结合实现智能化。系统总体框架包括基础设施层、云数据层、云服务层、门户层和展示层,软件设计针对不同功能需求开发相关模块,硬件设计从信息采集、服务器和网络设备方面着手,数据处理优化算法从清洗、压缩和分析挖掘提升数据质量与处理效率。该平台系统整合多种技术,有效解决传统物流痛点,推动现代物流运行体系建设,助力物流企业精细化运营管理,对物流行业智能化、高效化发展具有重要意义。With the rapid development of intelligent logistics both at home and abroad, problems such as information silos, irrational resource allocation, and high operating costs in the traditional logistics industry have become prominent. This research proposes an intelligent logistics information management platform system based on cloud GIS technology, which encompasses functions such as logistics information data collection, structuring the logistics process chains, optimizing resource plans, and optimizing platform performance, achieving intelligence through the combination of software and hardware. The overall framework of the system includes the infrastructure layer, cloud data layer, cloud service layer, portal layer, and display layer. In terms of software design, relevant modules are developed according to different functional requirements. For hardware design, efforts are made from the aspects of information collection, servers, and network equipment. Data processing optimization algorithms improve data quality and processing efficiency through data cleaning, compression, and analysis and mining. This platform system integrates multiple technologies, effectively addresses the pain points of traditional logistics, promotes the construction of the modern logistics operation system, helps logistics enterprises with refined operation and management, and is of great significance for the intelligent and efficient development of the logistics industry.展开更多
随着无人机技术和地理信息系统(geographic information systems,GIS)的快速发展,无人机低空航拍在地理信息获取中的应用日益广泛。通过无人机搭载高分辨率相机进行低空航拍,结合GIS软件进行数据处理和分析,可实现地理信息的快速、准确...随着无人机技术和地理信息系统(geographic information systems,GIS)的快速发展,无人机低空航拍在地理信息获取中的应用日益广泛。通过无人机搭载高分辨率相机进行低空航拍,结合GIS软件进行数据处理和分析,可实现地理信息的快速、准确提取。详细阐述无人机航拍数据的预处理、图像拼接、特征提取以及地理信息快速提取等关键技术,并通过实验验证了该方法的有效性和准确性。旨在研究GIS支持下的无人机低空航拍数据处理技术以及基于这些数据的地理信息快速提取方法,为无人机在地理信息获取和监测领域的广泛应用提供技术支持。展开更多
为进一步提高地理信息获取的准确性与实时性,本文基于地理信息系统(geographic information system, GIS)模型,研究并设计了地区地理信息实时测绘系统。系统设计涵盖硬件、软件以及主要功能模块设计,其中,硬件设计注重提升通信能力与探...为进一步提高地理信息获取的准确性与实时性,本文基于地理信息系统(geographic information system, GIS)模型,研究并设计了地区地理信息实时测绘系统。系统设计涵盖硬件、软件以及主要功能模块设计,其中,硬件设计注重提升通信能力与探测模块性能;软件设计涉及GIS模型的接入、空间数据库的集成、数据实时处理与区域图像绘制算法的设计;系统功能方面,实现了数据采集、处理、高效通信传输以及可视化展示等。通过实验证明了该系统具备快速的数据传输能力与优异的通信信号质量。展开更多
文摘随着智慧物流在国内外的快速发展,传统物流行业的信息孤岛、资源配置不合理和运营成本高昂等问题凸显。本研究提出基于云GIS技术的智慧物流信息管理平台系统,其涵盖物流信息数据采集、物流环节结构链条化、资源方案优化与平台性能优化等功能,通过软硬件结合实现智能化。系统总体框架包括基础设施层、云数据层、云服务层、门户层和展示层,软件设计针对不同功能需求开发相关模块,硬件设计从信息采集、服务器和网络设备方面着手,数据处理优化算法从清洗、压缩和分析挖掘提升数据质量与处理效率。该平台系统整合多种技术,有效解决传统物流痛点,推动现代物流运行体系建设,助力物流企业精细化运营管理,对物流行业智能化、高效化发展具有重要意义。With the rapid development of intelligent logistics both at home and abroad, problems such as information silos, irrational resource allocation, and high operating costs in the traditional logistics industry have become prominent. This research proposes an intelligent logistics information management platform system based on cloud GIS technology, which encompasses functions such as logistics information data collection, structuring the logistics process chains, optimizing resource plans, and optimizing platform performance, achieving intelligence through the combination of software and hardware. The overall framework of the system includes the infrastructure layer, cloud data layer, cloud service layer, portal layer, and display layer. In terms of software design, relevant modules are developed according to different functional requirements. For hardware design, efforts are made from the aspects of information collection, servers, and network equipment. Data processing optimization algorithms improve data quality and processing efficiency through data cleaning, compression, and analysis and mining. This platform system integrates multiple technologies, effectively addresses the pain points of traditional logistics, promotes the construction of the modern logistics operation system, helps logistics enterprises with refined operation and management, and is of great significance for the intelligent and efficient development of the logistics industry.
文摘随着无人机技术和地理信息系统(geographic information systems,GIS)的快速发展,无人机低空航拍在地理信息获取中的应用日益广泛。通过无人机搭载高分辨率相机进行低空航拍,结合GIS软件进行数据处理和分析,可实现地理信息的快速、准确提取。详细阐述无人机航拍数据的预处理、图像拼接、特征提取以及地理信息快速提取等关键技术,并通过实验验证了该方法的有效性和准确性。旨在研究GIS支持下的无人机低空航拍数据处理技术以及基于这些数据的地理信息快速提取方法,为无人机在地理信息获取和监测领域的广泛应用提供技术支持。
文摘为进一步提高地理信息获取的准确性与实时性,本文基于地理信息系统(geographic information system, GIS)模型,研究并设计了地区地理信息实时测绘系统。系统设计涵盖硬件、软件以及主要功能模块设计,其中,硬件设计注重提升通信能力与探测模块性能;软件设计涉及GIS模型的接入、空间数据库的集成、数据实时处理与区域图像绘制算法的设计;系统功能方面,实现了数据采集、处理、高效通信传输以及可视化展示等。通过实验证明了该系统具备快速的数据传输能力与优异的通信信号质量。
