The authors’aspiration was to learn-and focus on policy against fraud-leading to the sustainably growing societal illnesses of dishonesty,fraud,pessimism,and divisive issues.The appropriate venue,within the currently...The authors’aspiration was to learn-and focus on policy against fraud-leading to the sustainably growing societal illnesses of dishonesty,fraud,pessimism,and divisive issues.The appropriate venue,within the currently evolving laws and regulations,is proposed to be a three-tier combination of massive data,including data accumulation,transformation,organization,stratification,estimations,data analysis,and blockchain technology,predicted to revolutionize competition and efficiency,which are further suggested to be prerequisites for a more successful creation and implementation of the third element,AI.A currently evolving prosperity tripod is hinging on the three technological legs of the massive data control/management,blockchain tech,and a rapidly growing AI.While briefly incorporating some analysis of the blockchain application,we have analytically focused on the rest-the data and AI-of what we deem to be the prospective prosperity tripod for businesses,markets,and societies,in general,despite the challenges and risks involved in each.Instead of h ypothesizing a predetermined economic model,we are proposing a data-based Vector Autoregression(VAR)methodology for the AI with an application to the fraud and anti-fraud structure and policymaking.Hopefully,the entire attempt would portend some tangible prospective contribution in an achievable positive societal change.展开更多
航迹去纠缠处理是基于自动识别系统(Automatic Identification System,AIS)数据进行船舶运动行为深入分析的基础。传统航迹去纠缠处理方法存在虚警率和漏警率均较高的问题,这会造成重要船舶运动特征信息缺失以及纠缠去除不彻底等,进而...航迹去纠缠处理是基于自动识别系统(Automatic Identification System,AIS)数据进行船舶运动行为深入分析的基础。传统航迹去纠缠处理方法存在虚警率和漏警率均较高的问题,这会造成重要船舶运动特征信息缺失以及纠缠去除不彻底等,进而影响数据的可用性。基于此,通过分析船舶AIS原始定位数据特点以及船舶运动属性特征,提出基于运动属性约束的船舶AIS航迹去纠缠方法(A Method for Removing Entanglement of AIS Trajectory Based on the Constraints of Motion Attributes,CoMA),以瞬时航行速度和时间间隔约束船舶空间位置合理范围,以瞬时航向约束船舶转向的合理区间,双重约束下对航迹纠缠点进行去除。通过实例验证与对比可得,相较于传统航迹去纠缠方法,该方法能够在纠缠点彻底、精准、高效去除的前提下,最大程度地保留船舶运动行为特征,可为后续船舶航迹深入分析提供准确的数据输入。展开更多
文摘The authors’aspiration was to learn-and focus on policy against fraud-leading to the sustainably growing societal illnesses of dishonesty,fraud,pessimism,and divisive issues.The appropriate venue,within the currently evolving laws and regulations,is proposed to be a three-tier combination of massive data,including data accumulation,transformation,organization,stratification,estimations,data analysis,and blockchain technology,predicted to revolutionize competition and efficiency,which are further suggested to be prerequisites for a more successful creation and implementation of the third element,AI.A currently evolving prosperity tripod is hinging on the three technological legs of the massive data control/management,blockchain tech,and a rapidly growing AI.While briefly incorporating some analysis of the blockchain application,we have analytically focused on the rest-the data and AI-of what we deem to be the prospective prosperity tripod for businesses,markets,and societies,in general,despite the challenges and risks involved in each.Instead of h ypothesizing a predetermined economic model,we are proposing a data-based Vector Autoregression(VAR)methodology for the AI with an application to the fraud and anti-fraud structure and policymaking.Hopefully,the entire attempt would portend some tangible prospective contribution in an achievable positive societal change.
文摘航迹去纠缠处理是基于自动识别系统(Automatic Identification System,AIS)数据进行船舶运动行为深入分析的基础。传统航迹去纠缠处理方法存在虚警率和漏警率均较高的问题,这会造成重要船舶运动特征信息缺失以及纠缠去除不彻底等,进而影响数据的可用性。基于此,通过分析船舶AIS原始定位数据特点以及船舶运动属性特征,提出基于运动属性约束的船舶AIS航迹去纠缠方法(A Method for Removing Entanglement of AIS Trajectory Based on the Constraints of Motion Attributes,CoMA),以瞬时航行速度和时间间隔约束船舶空间位置合理范围,以瞬时航向约束船舶转向的合理区间,双重约束下对航迹纠缠点进行去除。通过实例验证与对比可得,相较于传统航迹去纠缠方法,该方法能够在纠缠点彻底、精准、高效去除的前提下,最大程度地保留船舶运动行为特征,可为后续船舶航迹深入分析提供准确的数据输入。
