面向水电机组维护的增强现实云数据获取与虚实融合方法研究

项目名称： 面向水电机组维护的增强现实云数据获取与虚实融合方法研究

项目编号： No.61272236

项目类型： 面上项目

立项/批准年度： 2013

项目学科： 自动化技术、计算机技术

项目作者： 陈鹏

作者单位： 三峡大学

项目金额： 80万元

中文摘要： 本项目以水电机组维护应用为基本背景，将增强现实和云计算相融合形成增强现实云，围绕如何从众多分布式数据库中获取维护信息并实现虚实信息融合这一核心问题，以提高增强现实云实时性和鲁棒性为切入点，重点开展以下研究：1）研究增强现实与云计算技术的融合策略，探索适用于水电机组维护的增强现实云模型；2）围绕数据获取问题，研究云资源调度策略，针对机组部件这一不具思维能力的"用户"，建立智能化的QoS动态调整机制，同时，探索分布式数据分析处理优化方法，从整体上提高资源调度的智能性和实时性；3）围绕虚实信息融合问题，以多视图几何理论为依据，探索基于自然特征的增强现实虚实配准方法，提高虚实信息融合的鲁棒性和实时性。通过研究，力争在增强现实云的几个关键问题上取得突破，项目将普适性的理论研究和适应性的应用基础研究相结合，在满足水电机组维护应用需求的同时，可以为云计算环境下的增强现实相关应用领域提供理论和应用支撑。

中文关键词： 水电机组维护；增强现实；云计算；资源调度；虚实融合

英文摘要： Hydropower has an important strategic position in the national economic development of China. The maintenance of hydroelectric generating set which is the core equipment of hydropower units can effectively enhance the hydropower economic benefits. In order to further improve the level of hydropower generating units ,a more novel and perfect way should be established. In this context, we exploit augmented reality cloud system to develop the hydroelectric generating unit mantenance system. In this project, we try to start from the perspective of computer applications, put the improving the real-time and robustness of augmented reality cloud system as the entry point, focus on exploring cloud computing resource scheduling with QoS control and robust augmented reality registration method to effectively meet the need of enhanced reality of cloud systems in the application of unit maintenance. Firstly,we propose a design an architecture of augmented reality cloud system to meet the demand of the actual maintenace of the hydropower generating units. Secondly, we propose a novell resource scheduling of cloud computing system to meet the requirements of real-time. In our research, we will apply the user QoS requirements to the scheduling policy, and build an intelligent QoS dynamic adjustment mechanism for the s

英文关键词： maintenance of hydroelectric generating set；augmented reality；cloud computing；resource scheduling；3D registration