城市管理的安卓众包系统的设计与实现

发布时间：2018-04-13 00:22

本文选题：众包 + 城市反馈　；参考：《哈尔滨工业大学》2014年硕士论文

【摘要】：在这个网络服务时代，协作应用程序通过公民提示政府城市漏洞而帮助地方政府管理城市。协同应用与社交网络不同，因为他们是针对事件驱动通信，而不是同步/异步交互。本文主要采用地方政府的一种创新众包的思想。所有公民通过使用自己的智能手机应用程序都将参与到城市管理当中，去管理城市混乱，，城市漏洞，损坏的交通红绿灯，意外事故等等。公民为城市漏洞拍照并提交。服务端会检查识别重复的城市漏洞警报，并将其发送给城府管理员和管理此情况的承包商。维修警报的进度可以随时被监控并且所有利益相关者可以随时查看其状态。此功能的框图可以处理和跟踪每一个输入以确保整个服务的整体质量。同时另外的项目会提供相关的商业智能功能。系统具有分层的架构;每一个利益相关者研发了更高级别的价值主张，这些利益相关者包括负责城市服务承包商，管理消息提醒的政府管理员，并当然包括公民。基于网络更低级服务的每一个价值主张（应用），包括谷歌地图，GCM（谷歌的云端通讯），HSV（色调，饱和度，值）的空间直方图等等。另一个关键点:信息内容概念的语义相似性分析;结合地理位置因素使用这种算法可以控制重复消息警报。最后，数据库服务支持其他相关项目的商业智能功能，这个将会在其他论文里阐述。然而整个应用架构反应一个开源策略和分层类型的服务体系。本文详细讨论了CSMA的需求，设计分析，实现和测试。这个众包系统侧重于城市漏洞的提交和核查。它还分析了城市漏洞的相似性并介绍了系统设计和系统实现。在最后，它详细描述了系统测试和系统测试过程。
[Abstract]:In this age of web services, collaborative applications help local governments manage cities by alerting them to government city vulnerabilities.Collaborative applications are different from social networks because they are event-driven communication rather than synchronous / asynchronous interactions.This article mainly adopts the local government one kind of innovation crowdsourcing thought.All citizens will be involved in urban governance by using their own smartphone apps to manage city chaos, city vulnerabilities, damaged traffic lights, accidents, and so on.Citizens photograph and submit for urban loopholes.The server checks to identify duplicate city vulnerability alerts and sends them to the city governor and the contractor who manages the situation.Progress of maintenance alerts can be monitored at any time and all stakeholders can view their status at any time.The block diagram of this feature can process and track each input to ensure the overall quality of the service.At the same time, other projects will provide related business intelligence features.The system has a hierarchical architecture; each stakeholder has developed a higher level of value proposition, including city service contractors, government administrators who manage alerts and, of course, citizens.Every value proposition based on the network's lower level services (applications, including Google Maps GCM (Google's cloud communications) HSV (hue, saturation, value) spatial histogram, etc.Another key point is semantic similarity analysis of information content concepts, and the use of this algorithm in combination with geographical location can control repeated message alerts.Finally, database services support the business intelligence capabilities of other related projects, which will be discussed in other papers.However, the entire application architecture reflects an open source strategy and a hierarchical type of service architecture.This paper discusses the requirements, design analysis, implementation and testing of CSMA in detail.This crowdsourcing system focuses on the submission and verification of urban vulnerabilities.It also analyzes the similarity of urban vulnerabilities and introduces the system design and system implementation.Finally, it describes the system testing and system testing process in detail.
【学位授予单位】：哈尔滨工业大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：F299.2;TN929.53

【共引文献】