大数据分析是数据科学与人工智能具体运营的关键,其涵盖的领域广泛,包括概率统计、最优化与运筹学、机器学习、深
度学习等,是未来学术研究与产学合作的必备技术之一。数据分析技术是分析和处理大数据的手段和方法,当今大数据作
为信息的重要载体在信息化社会扮演着重要的角色。通过研究有关信息获取、信息传输、信息处理与信息控制等核心基
础,掌握运用现代计算机工具高效求解科学与工程问题的数学理论与方法。本课程将从实际案例切入,逐步引入大数据分
析关键概念。在实践部分通过介绍不同的编程、统计及计量经济学分析模型,并结合 Stata 和 Python 的实际操作,深入
讲解如何通过数据库、Stata、python 进行大数据分析,以此帮助学生更加深入的了解大数据分析,并提升其实际操作能
力。
Big data analysis is the key to the specific operations of data science and artificial intelligence. It covers a wide range of
fields, including probability statistics, optimization and operations research, machine learning, deep learning, etc. It is
one of the necessary technologies for future academic research and industry-university cooperation One. Data analysis
technology is a means and method for analyzing and processing big data. Today, big data, as an important carrier of
information, plays an important role in the information society. By studying the core foundations of information
acquisition, information transmission, information processing and information control, master the mathematical theories
and methods for efficiently solving scientific and engineering problems with modern computer tools. This course will start
from actual cases and gradually introduce the key concepts of big data analysis. In the practice part, by introducing
different programming, statistics and econometric analysis models, combined with the actual operation of Stata and
Python, in-depth explanation of how to conduct big data analysis through databases, Stata, and python, so as to help
students have a deeper understanding of big data Analyze and improve its practical operation capabilities.
通过本课程的学习,学生可以:
1.掌握大数据分析的思维方法和知识框架
2.掌握基本的数据分析方法,如:数据预处理及可视化,分类,聚类等
3.掌握基础数据分析的工具:Stata、Python 以及数据库
4.学会用数据分析的方法解决一些实际问题
1.Master the thinking methods and knowledge framework of data analysis
2. Master the fundamental data analysis methods such as data preprocessing and visualization, classification,
clustering, etc.
3.Master a data analysis tool: Stata、Python and Database.