Ground penetrating radar(GPR)investigations have the potential to non-destructively detect buried or hidden targets and are therefore often used in forensic research.This study presents a particular application of GPR...Ground penetrating radar(GPR)investigations have the potential to non-destructively detect buried or hidden targets and are therefore often used in forensic research.This study presents a particular application of GPR methods to search for a missing person in a specific subsurface environment:a natural cave.The search for missing people in Italy is a problematic and delicate task that needs improvement.Results of this study highlight not only the ability to detect both hollow and forensic targets,but also precisely locate and define their geometries.Moreover,GPR findings efficiently focus archaeological excavation and body recovery in an exact area and help to minimise time digging in erroneous places.展开更多
遥感与地球物理考古探测数据类型多样,然而各种探测数据因缺少综合管理和分析平台,使综合分析更加困难,从而限制了考古探测技术应用效果.在了解遥感与地球物理考古探测技术的基础上,本文对当前遥感地球物理考古探测数据管理系统进行逻...遥感与地球物理考古探测数据类型多样,然而各种探测数据因缺少综合管理和分析平台,使综合分析更加困难,从而限制了考古探测技术应用效果.在了解遥感与地球物理考古探测技术的基础上,本文对当前遥感地球物理考古探测数据管理系统进行逻辑和业务需求分析,构建基于ArcGIS Engine开发引擎和Visual Studio 2017平台的遥感与地球物理考古探测数据综合管理系统.系统通过分层次设计功能模块,实现考古探测数据的编辑、解释、分析以及数据之间的交互和管理.实际应用表明,对于遥感地球物理考古探测技术与地理信息技术相结合的思路和研究,能够提升遥感与地球物理考古探测数据的综合分析能力,促进考古探测技术的有效应用.展开更多
文摘Ground penetrating radar(GPR)investigations have the potential to non-destructively detect buried or hidden targets and are therefore often used in forensic research.This study presents a particular application of GPR methods to search for a missing person in a specific subsurface environment:a natural cave.The search for missing people in Italy is a problematic and delicate task that needs improvement.Results of this study highlight not only the ability to detect both hollow and forensic targets,but also precisely locate and define their geometries.Moreover,GPR findings efficiently focus archaeological excavation and body recovery in an exact area and help to minimise time digging in erroneous places.
文摘遥感与地球物理考古探测数据类型多样,然而各种探测数据因缺少综合管理和分析平台,使综合分析更加困难,从而限制了考古探测技术应用效果.在了解遥感与地球物理考古探测技术的基础上,本文对当前遥感地球物理考古探测数据管理系统进行逻辑和业务需求分析,构建基于ArcGIS Engine开发引擎和Visual Studio 2017平台的遥感与地球物理考古探测数据综合管理系统.系统通过分层次设计功能模块,实现考古探测数据的编辑、解释、分析以及数据之间的交互和管理.实际应用表明,对于遥感地球物理考古探测技术与地理信息技术相结合的思路和研究,能够提升遥感与地球物理考古探测数据的综合分析能力,促进考古探测技术的有效应用.
