21018201
UEC passport / UEC Communications ScienceUEC301z
2年後学期他
総合コミュニケーション科学(再履)
Comprehensive Communications Sciences
庄野 逸
単位区分
単位数: 2単位必修 | 課程・類・プログラム | 種別 |
|---|---|---|
関連Webサイト
Google Classroom を
主題および達成目標
「総合コミュニケーション科学」とは、
本科目では
1 総合コミュニケーション科学が
2 総合コミュニケーション科学の
3 総合コミュニケーション科学の
4 総合コミュニケーション科学の
これらの
Comprehensive Communication Science is a new basic concept of science and technology originally proposed by UEC, and is a philosophy that seeks to transcend the various boundaries that exist in society by supporting rich communication between people and people, people and society, people and nature, people and artifacts, artifacts and artifacts, and all other things and phenomena. The goal is to create a society in which all human beings can live together comfortably (super-smart society) through a sophisticated fusion of human and machine knowledge.
In this course, students will acquire the following knowledge, which is fundamental when considering comprehensive communication science.
1. The society full of diversity that comprehensive communication science aims for
2 Data science technology as a fundamental technology for comprehensive communication science
3 Artificial intelligence technology as a fundamental technology for comprehensive communication science
4 Quantum technology as a fundamental technology for comprehensive communication science
The goal is to acquire this basic knowledge and to obtain a foundation for pursuing comprehensive communication science in our graduate school.
前もって履修しておくべき科目
なし
None
前もって履修しておくことが望ましい科目
なし
None
教科書等
(データサイエンス関連部
斉藤史朗・庄野逸著:
『総合コミュニケーション科学:データサイエンス編』
学術図書出版, 2024.
授業内容とその進め方
本講義は
1 ガイダンス、
2 量子技術の
3 量子技術の
4 量子技術の
5 データサイエンスの
6 データサイエンスの
7 データサイエンスの
8 データサイエンスの
9 データサイエンスの
10 データサイエンスの
11 データサイエンスの
12 データサイエンスの
13 人工知能技術の
14 人工知能技術の
15 人工知能技術の
This is an on-demand distance lecture. In each week, learn each content and submit your assignment.
1 Guidance, Diversity, Society 5.0, Data Science Case Studies
2 Basics of Quantum Technology 1: Connection between Quantum and Information
3 Basics of quantum technology 2: Basics of quantum cryptography and quantum teleportation
4 Basics of Quantum Technology 3: Toward Applications of Quantum Technology
5 Fundamentals of Data Science 1: How to proceed data analysis, tentative verification cycle, Python basics
6 Fundamentals of Data Science 2: Collection and accumulation of big data, application examples of big data, fundamentals of data aggregation using pandas
7 Fundamentals of Data Science 3: Functions and methods for data analysis, permutations, combinations, conditional probability
8 Basics of Data Science 4: Data Aggregation, Representative Value, Variance, Standard Deviation
9 Fundamentals of Data Science 5: Data visualization, correlation coefficient, progress of ICT, cloud services
10 Fundamentals of data science 6: What is model accuracy, data-driven society
11 Fundamentals of Data Science 7: AI learning and inference, evaluation, re-training, decision tree modeling
12 Fundamentals of Data Science 8: Brushing up decision tree models, machine learning
13 Fundamentals of Artificial Intelligence Technology 1: Deep learning, principles of neural networks, supervised learning, unsupervised learning, reinforcement learning
14 Fundamentals of Artificial Intelligence Technology 2: History of AI, Inference, Search, Expert System, Strong AI, Weak AI, Game Informatics
15 Fundamentals of Artificial Intelligence Technology 3: AI Ethics, Social Acceptability of AI, Privacy Protection, Handling of Personal Information, Natural Language Processing, Quantum Computers
授業時間外の学習
各期間で
Carry out the tasks specified in each period of the class.
成績評価方法および評価基準
毎回の
Each assignment must be submitted before its deadline.
To pass, every student must get about 70% of the score.
オフィスアワー・授業相談
クラスルームにて受け付ける
Ask at the Google Classroom.
学生へのメッセージ
一昨年から
Quantum becomes on of the themes. When you hear the word quantum, you may have the impression that it is difficult or unclear, but we would like to convey that it is not the case.
その他
特になし
None