| 授業科目名 | 年度 | 学期 | 開講曜日・時限 | 学部・研究科 | 全担当教員 | 単位数 |
|---|---|---|---|---|---|---|
| 15998:IR18‐AE114 Data Literacy for Research Design(R) § 15999:RUIR-1805 Data Literacy for Research Design(R) | 2024 | 秋セメスター | 金5 | 国際関係学部 | KOVACS MATE | 2 |
キャンパス
授業施設
授業で利用する言語
授業の概要と方法
Increasingly, data science and the various systems employed to collect, handle, and use them are pushing the envelope of ethical boundaries. Before delving into contemporary means of big data analysis, this course gives a background in ethics for information science. Finally, students gain an understanding of how the topics learned during this course can be understood through examples drawn from the burgeoning field of Artificial Intelligence.
This course is designed to allow students of all backgrounds to approach the material from a non-engineering point of view and thereby give them a structure on which to understand current developments in data science. In principle, all classes are to be conducted web-based (live-streamed via Zoom).
受講生の到達目標
1) understand and able to describe the information age and the role of data in contemporary systems,
2) able to describe data in the context of its collection for, and in relation to scientific methods and data-driven research,
3) able to utilize basic forms of data tabulation, compiling, sorting, and applying basic statistical measures,
4) understand the concepts of ethics and how they apply to data science, information systems, and data analysis and modeling.
事前に履修しておくことが望まれる科目
授業スケジュール
| 授業回数/ 担当教員(複数担当の場合) |
テーマ |
|---|---|
| キーワード・文献・補足事項等 | |
| Week1(web-based) | Introduction, course structure and requirements, definitions. |
Introduction to the main course topics: the information age; understanding data as a product of science, engineering, and research; fundamentals of data and data analysis; ethics of research data and data science; applications of the concepts to contemporary data analysis. |
|
| Week2(web-based) | Introduction: Development of information technology and its impact on society |
Introduction, current status of information technology in households and individuals, current status of information technology in enterprises. |
|
| Week3(web-based) | Applications of research and data science in industry |
Database marketing, big data, one-to-one marketing, web marketing, knowledge management. |
|
| Week4(web-based) | Epistemology |
Empirical, deductive, hypothesis testing vs. inductive, hypothesis generating approach to science. Falsification vs. verification. Realism vs. constructivism. |
|
| Week5(web-based) | Experimental design and types of models |
Basic assumptions, design components, causation (control groups). Quasi-experimental designs. Description vs. analysis-test vs. post-test (stimulus). NTV-model: N number of cases, T points in time, V variables. |
|
| Week6(web-based) | Theory and Hypotheses |
What is the role of theory? What is a hypothesis? Process: definition of variables, measurement, operationalization, data collection, data analysis. Deterministic vs. probabilistic statements. |
|
| Week7(web-based) | Data storage and tabulation |
Tabulation of data, sorting of data, tabular data, common data formats, principles of databases. |
|
| Week8(web-based) | Data representation and visualization |
Data representation, data comparison, data visualization, Charts and simple descriptive statistics with the help of spreadsheets. Linear and non-linear relations between two variables. Variance and co-variance. Whisker plots. |
|
| Week9(web-based) | Data types and distributions |
Types of data, distribution and representative values of data, variation of data, regression and correlation, correct understanding of statistical information. |
|
| Week10(web-based) | Principles of information ethics |
Historical, legal, and social background of ethics, solving ethical problems. |
|
| Week11(web-based) | Ethics topics for research, data, and information systems |
Rights and responsibilities, ethical considerations of rights to privacy, freedom of information. |
|
| Week12(web-based) | Principles of information security |
Confidentiality, integrity, access, non-repudiation, authentication, and their implementation. |
|
| Week13(web-based) | Introduction to principles of AI |
AI background and objectives, models of inference and learning, applications of AI in the real world and how it benefits society. |
|
| Week14(web-based) | Examples of AI research and application |
Understanding the principles of the course based on specific research and application of AI and Big Data systems, value added by AI in real systems, data handling for AI, ethical responsibilities and considerations. |
|
| Week15(web-based) | Course summary and review |
Review of weeks 1-14 and attainment objectives |
授業実施形態
授業外学習の指示
成績評価方法
| 種別 | 割合(%) | 評価基準等 |
|---|---|---|
| 定期試験(筆記) | ||
| レポート試験 (統一締切日を締切とするレポート) |
||
| 上記以外の試験・レポート、平常点評価 (日常的な授業における取組状況の評価) |
100 | Participation - 5%;
|
成績評価方法(備考)
受講および研究に関するアドバイス
教科書
教科書(使用頻度、その他補足)
参考書
参考書(使用頻度、その他補足)
参考になるwwwページ
授業内外における学生・教員間のコミュニケーションの方法
備考
URL:http://www.ritsumei.ac.jp//students/pathways-future/course/curriculum.html