摘要：【中文】本发明提供了一种基于InSAR监测的桥梁形变分析方法及系统，所述分析方法包括：提取监测对象的监测形变信息，所述监测形变信息包括PS点和PS点的形变数据；将监测对象的监测区域划分为多个监测子区域，获取所述监测子区域的形变密度值，将形变密度值大于或等于密度阈值的监测子区域作为关注子区域；确定重点区域，判断所述重点区域的形变是否有收敛趋势。本发明的基于InSAR监测的桥梁形变分析方法及系统，将监测对象的PS点进行统计分析，并根据统计分析结果获取监测对象的重点区域，对重点区域进行风险预测，能够快速识别异常监测对象，并可以为监测对象附近区域的施工治理、灾害预警和整体规划等提供支持。 【EN】The invention provides a bridge deformation analysis method and a system based on InSAR monitoring, wherein the analysis method comprises the following steps: extracting monitoring deformation information of a monitoring object, wherein the monitoring deformation information comprises a PS point and deformation data of the PS point; dividing a monitoring area of a monitoring object into a plurality of monitoring sub-areas, acquiring a deformation density value of the monitoring sub-areas, and taking the monitoring sub-areas with the deformation density value larger than or equal to a density threshold value as attention sub-areas; and determining a key area, and judging whether the deformation of the key area has a convergence trend. According to the bridge deformation analysis method and system based on InSAR monitoring, the PS points of the monitored object are subjected to statistical analysis, the key areas of the monitored object are obtained according to the statistical analysis result, the risk prediction is carried out on the key areas, the abnormal monitored object can be rapidly identified, and support can be provided for construction management, disaster early warning, overall planning and the like of the areas near the monitored object.

摘要：【中文】本申请提供了一种基于网银系统的钱包信息管理方法、装置及电子设备，涉及区块链技术领域。其中，该方法包括：接收用户的网银系统登录请求，登录请求包括身份认证信息，然后基于身份认证信息确定用户是否为合法用户，如果用户为合法用户，接收至少一个区块链钱包发送的钱包相关信息，并将钱包相关信息发送至服务器存储。即将区块链钱包的钱包相关信息存储至网银系统的服务器端，提升了钱包数据存储的安全性；此外，与硬件钱包的硬件存储方式相比，能够实现多个区块链钱包的钱包相关信息的存储管理，兼容性较好，且能够避免出现硬件丢失导致钱包数据丢失的问题。 【EN】The application provides a wallet information management method and device based on an online banking system and electronic equipment, and relates to the technical field of block chains. Wherein, the method comprises the following steps: the method comprises the steps of receiving an online banking system login request of a user, determining whether the user is a legal user or not based on identity authentication information, receiving wallet related information sent by at least one blockchain wallet if the user is the legal user, and sending the wallet related information to a server for storage. The wallet related information of the blockchain wallet is stored to the server side of the online banking system, so that the safety of wallet data storage is improved; in addition, compared with a hardware storage mode of a hardware wallet, the wallet related information storage management method can realize the wallet related information storage management of a plurality of blockchain wallets, has good compatibility, and can avoid the problem of wallet data loss caused by hardware loss.

摘要：【中文】本申请提供了一种区块链管理方法、装置、电子设备及可读存储介质，涉及区块链技术领域。其中，该方法包括：接收用户的区块链管理系统登录请求，登录请求包括身份认证信息，区块链管理系统配置有区块链密钥存储模块，然后基于身份认证信息验证用户的合法性，如果用户为合法用户，则接收用户的区块链管理操作指令并基于区块链管理操作指令进行区块链管理。即通过区块链管理系统实现了多个区块链的管理，避免用户需要记忆各个区块链的密钥信息导致容易出错，与此同时能够提升用户使用区块链的操作效率。 【EN】The application provides a block chain management method and device, electronic equipment and a readable storage medium, and relates to the technical field of block chains. Wherein, the method comprises the following steps: and receiving a login request of a block chain management system of a user, wherein the login request comprises identity authentication information, the block chain management system is provided with a block chain key storage module, then verifying the legality of the user based on the identity authentication information, and if the user is a legal user, receiving a block chain management operation instruction of the user and carrying out block chain management based on the block chain management operation instruction. The management of a plurality of block chains is realized through the block chain management system, the problem that a user needs to memorize key information of each block chain to cause error is avoided, and meanwhile, the operation efficiency of the user for using the block chains can be improved.