大数据作为社会学信息的来源:对圣彼得堡州长博客的分析

A. Maltseva, Mikhail Matveev, Maria B. Moiseeva
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引用次数: 1

摘要

本文探讨了大数据在预测和社交网络中作为社会信息来源的可能性,以及它在安全流程中的作用。作者的目标是研究通过大数据获取具有社会意义的信息的可能性,特别是在环境安全的一个方面。基本的社会学理论被考虑,如W. Beck和E. Giddens的风险社会理论,以及信息社会(考虑到包括大数据在内的最新信息技术对社会影响的特殊性)。在对大数据定义方法进行系统化研究的基础上,作者得出了自己的定义。采用定性方法(特别是内容分析),作者分析了圣彼得堡市信息化和通信委员会提供的事件管理应用实例。本研究的实证基础包括圣彼得堡州长Alexander Beglov公共页面上的16,694条评论,这些评论是通过Python程序和使用VK Api获得的。该研究分析了圣彼得堡地区用户对环境风险的评论,确定了最容易受到环境风险影响的地区,以及这些风险的来源和责任主体。结果表明,行政部门代表与公民之间的非正式沟通方式是使用算法和分析大数据方法调查社会学信息的重要来源。这种分析有助于通过减少不确定性和获得有关社会的新知识来提高安全性。另一方面,研究人员已经确定了与收集、存储和使用大数据相关的可能的社会风险。特别地,这些是应用程序受到外部干扰的风险。在实践中,开发公司应该通过改进和测试应用程序来预防和最小化这些风险。反过来,社会学必须考虑到这一事实,并避免在研究结果中引入不当的错误。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Big Data as a source of sociological information: the analysis of the blog by Saint Petersburg’s governor
This article explores the possibilities of Big Data in forecasts and social networks as a source of information about society, as well as its role in security processes. The authors aim to study the possibility of obtaining socially significant information through Big Data, in particular, on one of the aspects of environmental safety. Fundamental sociological theories are considered, such as theories of the risk society by W. Beck and E. Giddens, as well as the information society (accounting for the peculiarities of the influence of the latest information technologies on society, including Big Data). Based on a number of studies systematizing approaches to the definition of Big Data, the authors derive their own. Using qualitative methods (in particular, content analysis), the authors analyzed the example of the incident-management application provided by the Committee on Informatization and Communications of the City of Saint Petersburg. The empirical base of the study includes 16,694 comments on the public page of the governor of St. Petersburg Alexander Beglov, obtained through a program in Python and using VK Api. The study analyzes user comments on environmental risks in the districts of St. Petersburg, identifies areas that are most exposed to environmental risks, as well as the sources of these risks and the subjects of responsibility for them. The results show that informal means of communication between representatives of the executive branch and citizens are of great interest as a source of sociological information investigated using algorithms and methods for analyzing Big Data. Such analysis helps in increasing security by reducing uncertainty and gaining new knowledge about society. On the other hand, the researchers have identified possible social risks associated with collecting, storing, and using Big Data. In particular, these are the risks of external interference with the application. In practice, these risks should be prevented and minimized by improving and testing applications by the developing company. Sociology, in turn, must consider this fact and avoid introducing undue errors in the research results.
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