水电工程移民全生命周期信息化管理云平台建设

为解决水利水电工程征地移民工作在各个阶段存在的具体问题和信息化需求，设计研发了征地移民全生命周期信息化管理云平台。平台利用3S技术和云计算等技术，运用动态模型驱动方法，实现工程在不同阶段的业务需求：① 规划设计阶段，计算三维场景下不同高程的淹没线，统计不同淹没线的实物指标；② 实物调查阶段，移民实物补偿实时精准计算，实现移民实物补偿赔付的精准化管理；③ 移民后期综合管理云平台阶段，以权属人为纽带，将工程建设全过程的结构化和非结构化数据进行可视化展示、管理、查询和分析，并作为永久的电子化档案保存；在此基础上实现后期扶持动态跟踪管理，可查询管理每户移民后期的生活、生产情况和人员流动、对比分析扶持项目前后生活变化。该信息系统已在多个大中小型水库中运用推广，实现了征地移民工作精准化、科学化和高效率的管理。

Construction of cloud platform for whole life cycle information management of water conservancy and hydropower project resettlement

Aiming at the specific problems and information demand of resettlement in water conservancy and hydropower projects, a cloud platform for information management of the whole life cycle of resettlement is designed and developed. By 3S technology and cloud computing technology, dynamic model-driven approach was used to realize the requirements in different stages of the project. (1) In the stage of planning and design, the estimation of the physical indexes of different submerged lines and the simulation calculation of the three-dimensional scene can provide scientific assistant decision-making basis for the planning and design. (2) In the stage of field investigation, according to the reported data, it can realize real-time precise calculation of the compensation and printing illustration card, compensation agreement and other related contents on the spot which can achieve the precise management of the compensation. (3) In immigrants′ post support cloud platform, the physical index data, design change, resettlement plan, documents, audio-visual data of the whole life cycle of the project are collected and issued. All these data are linked with spatial data and aerial image to realize visual display, management, investigation and analysis, and are stored as permanent electronic files. Immigrants′ post support management can be tracked dynamically. Immigrants′ production and living condition and turnover can be investigated and compared. This platform is deployed in "cloud", and has been widely used in many large and medium-sized reservoirs, and different development modes have been formed to realize the precise, scientific and efficient management of resettlement.