TOKYO TECH OCW

Pickup Video/Audio

Lecture Twelve - Part Two

Undergraduate
- School of Science
- School of Engineering
- School of Materials and Chemical Technology
- School of Computing
- School of Life Science and Technology
  - Undergraduate major in Life Science and Technology
  - Common courses
- School of Environment and Society
- Liberal arts and basic science courses
- First-Year Courses
Graduate
- School of Science
  - Department of Mathematics
    - Graduate major in Mathematics
  - Department of Physics
    - Graduate major in Physics
  - Department of Chemistry
    - Graduate major in Chemistry
    - Graduate major in Energy Science and Engineering
  - Department of Earth and Planetary Sciences
    - Graduate major in Earth and Planetary Sciences
  - Common courses
- School of Engineering
  - Department of Mechanical Engineering
  - Department of Systems and Control Engineering
    - Graduate major in Systems and Control Engineering
    - Graduate major in Engineering Sciences and Design
  - Department of Electrical and Electronic Engineering
  - Department of Information and Communications Engineering
    - Graduate major in Information and Communications Engineering
    - Graduate major in Human Centered Science and Biomedical Engineering
  - Department of Industrial Engineering and Economics
    - Graduate major in Industrial Engineering and Economics
    - Graduate major in Engineering Sciences and Design
  - Common courses
- School of Materials and Chemical Technology
  - Department of Materials Science and Engineering
  - Department of Chemical Science and Engineering
  - Common courses
- School of Computing
  - Department of Mathematical and Computing Science
    - Graduate major in Mathematical and Computing Science
    - Graduate major in Artificial Intelligence
  - Department of Computer Science
    - Graduate major in Computer Science
    - Graduate major in Artificial Intelligence
  - Common courses
- School of Life Science and Technology
  - Department of Life Science and Technology
    - Graduate major in Life Science and Technology
    - Graduate major in Human Centered Science and Biomedical Engineering
  - Common courses
- School of Environment and Society
  - Department of Architecture and Building Engineering
  - Department of Civil and Environmental Engineering
  - Department of Transdisciplinary Science and Engineering
  - Department of Social and Human Sciences
    - Graduate major in Social and Human Sciences
  - Department of Innovation Science
    - Graduate major in Innovation Science
  - Graduate major in Technology and Innovation Management
  - Common courses
- First-Year Courses
  - School of Science
  - School of Engineering
  - School of Materials and Chemical Technology
  - School of Computing
  - School of Life Science and Technology
  - School of Environment and Society

Ranking

Access Top 10

1	Theory of Statistical Mathematics	金森
2	Essence of Humanities and Social Sciences41:History of Mathematics and Astronomy	大橋
3	Practical Parallel Computing	遠藤
4	Theory of Regional Planning and Process	屋井
5	Independent Studies Courses1	山崎 / 原田 / 多久和
6	Programming Language Design	増原 / 脇田
7	Stochastic differential equations	中野 / 三好
8	Essence of Humanities and Social Sciences30:Japanese Poetry	KIYAMA
9	Law (Civil Law) A	金子
10	Linear Algebra II X	PURKAIT

New/Update Top 10

1	Kinematics and mechanism of medical robotics
2	Interdisciplinary principles of energy devices 1 すずかけ
3	Interdisciplinary principles of energy devices 1 大岡山
4	Leading edge energy technology
5	Organic Optical Materials physics
6	Thermodynamics of Nonequilibrium Systems
7	Basic Concepts of Physical Chemistry
8	Calculus I / Recitation U
9	Mathematical Modeling of Individual Choice Behavior
10	Advanced Sound and Vibration Measurement

Video/Audio Top10

1		FUKUSHIMA EDWARDO FUMIHIKO
2		廣瀬茂男
3		廣瀬茂男
4		FUKUSHIMA EDWARDO FUMIHIKO
5
6
7
8
9
10

Video/Audio Update Top10

1	Lecture Five - Part Three	General Physics B
2	Review of Lecture Four - Part One	General Physics B
3	Review of Lecture Five	General Physics B
4	Lecture Three - Potential Energy and Electric Potential	General Physics B
5	Lecture Eight - Part Three	General Physics B
6	Lecture Four - B - Conductors and E-Fields	General Physics B
7	Lecture Twelve - Part Two	General Physics B
8	Review of Lecture Twelve - Part One	General Physics B
9	Lecture Twelve - Part Three	General Physics B
10	Lecture Five - Part Two	General Physics B

October 2006 Monthly Access Ranking

1	Pattern Information Processing
2	Guided Wave Circuit Theory
3	Intelligent Control
4	Advanced Electromagnetic Waves
5	Mixed Signal systems and Integrated Circuits
6	Advanced Data Analysis
7	Advanced Mechanical Systems Design

Course Title	Instructor
Theory of Statistical Mathematics	Kanamori Takafumi	>
Essence of Humanities and Social Sciences41:History of Mathematics and Astronomy	Ohashi Yukio	>
Practical Parallel Computing	Endo Toshio	>
Theory of Regional Planning and Process	Yai Tetsuo	>
Independent Studies Courses1	Yamazaki Tarou / Harada Daisuke / Takuwa Yoshimi	>
Programming Language Design	Masuhara Hidehiko / Wakita Ken	>
Stochastic differential equations	Nakano Yumiharu / Miyoshi Naoto	>
Essence of Humanities and Social Sciences30:Japanese Poetry	Kiyama Lorinda	>
Law (Civil Law) A	Kaneko Hironao	>
Linear Algebra II X	Purkait Soma	>

List

Theory of Statistical Mathematics

Course description and aims

Some advanced topics and theories related to statistics and machine learning are taught. More specifically, a nonparametric method called kernel method, statistical properties of training and pred ...

Update Syllabus：2019/3/18

Update Lecture Notes：2019/4/20

Essence of Humanities and Social Sciences41:History of Mathematics and Astronomy

Course description and aims

This course introduces the history of mathematics and astronomy in several different areas.

Update Syllabus：2019/3/18

Update Lecture Notes：2019/4/23

Practical Parallel Computing

Course description and aims

This lecture series will cover high performance parallel computing, which is important technology to support evolution of science and technology. The demand for high performance computing, involvi ...

Update Syllabus：2019/4/3

Update Lecture Notes：2019/4/22

Theory of Regional Planning and Process

Course description and aims

Update Syllabus：

Update Lecture Notes：2019/4/18

Independent Studies Courses1

Course description and aims

What kind of "liberal arts" should Ph.D. course students of Tokyo Tech learn? Scientific research at the top level of the world requires several key competence: (1) extensive knowledge beyond his/ ...

Update Syllabus：2019/4/2

Update Lecture Notes：2019/4/15

Programming Language Design

Course description and aims

There are various kinds of programming languages. There are also various kinds of linguistic mechanisms. Those mechanisms are strongly motivated by requirements to improve modularity, reusabilit ...

Update Syllabus：2017/4/9

Update Lecture Notes：2017/8/1

Stochastic differential equations

Course description and aims

Stochastic differential equations are fundamental tools for describing dynamics of irregulaly varying functions, and are applied to many areas. This course aims to get students to learn the fundam ...

Update Syllabus：2018/3/20

Update Lecture Notes：2019/2/19

Essence of Humanities and Social Sciences30:Japanese Poetry

Course description and aims

We will read 8th-20th-century Japanese poetry in English translation. Some questions this course aims to answer include: Why has poetry so often been the expressive mode of choice among Japanese ...

Update Syllabus：2019/3/22

Update Lecture Notes：2019/4/1

Law (Civil Law) A

Course description and aims

It is new project to learn about viriety of cultural understandings.
Foreign students and Japaense students can discuss on legal topics and understand legal system. (welcom a student who is unfami ...

Update Syllabus：2019/3/20

Update Lecture Notes：2019/3/29

Linear Algebra II X

Course description and aims

Building on the content of "Linear Algebra I", the instructor will explain the fundamentals of vector spaces and linear mapping, eigenvalues and diagonalization, and the inner product of vector sp ...

Update Syllabus：2018/3/20

Update Lecture Notes：2018/11/29

Course Title	Instructor
Kinematics and mechanism of medical robotics	Omata Toru / Takayama Toshio	>
Interdisciplinary principles of energy devices 1 すずかけ	Hagiwara Makoto / Suekane Tetsuya / Okuno Yoshihiro / Nagasaki Takao / Mori Shinsuke	>
Interdisciplinary principles of energy devices 1 大岡山	Hagiwara Makoto / Hanamura Katsunori / Fujita Hideaki / Suekane Tetsuya / Mori Shinsuke / Okawa Seiji	>
Leading edge energy technology	Hirai Shuichiro / Suekane Tetsuya	>
Organic Optical Materials physics	Ishikawa Ken	>
Thermodynamics of Nonequilibrium Systems	Murakami Yoichi / Okuno Yoshihiro	>
Basic Concepts of Physical Chemistry	Ohshima Yasuhiro / Kiguchi Manabu / Koshihara Shinya / Kitajima Masashi / Okimoto Yoichi / Nishino Tomoaki	>
Calculus I / Recitation U	Purkait Soma	>
Mathematical Modeling of Individual Choice Behavior	Fukuda Daisuke	>
Advanced Sound and Vibration Measurement	Matsumura Shigeki	>

List

Kinematics and mechanism of medical robotics

Course description and aims

Developments of medical devices in medical-engineering collaboration are quite important to meet the contemporary social needs. Especially many robot technologies have been introduced into medical ...

Update Syllabus：2019/3/24

Update Lecture Notes：2019/4/25

Interdisciplinary principles of energy devices 1 すずかけ

Course description and aims

There are various types of energy such as heat, chemical, mechanical, electrical and nuclear energy and so on, but we need electrical and mechanical power for our convenient daily life. These powe ...

Update Syllabus：2019/4/5

Update Lecture Notes：2019/4/25

Interdisciplinary principles of energy devices 1 大岡山

Course description and aims

Update Syllabus：2019/4/5

Update Lecture Notes：2019/4/25

Leading edge energy technology

Course description and aims

Mitigation of carbon dioxide emission to the atmosphere and the security in energy supply are inevitable issues to establish sustainable society in future. This course overviews the outline of the ...

Update Syllabus：2019/4/5

Update Lecture Notes：2019/4/25

Organic Optical Materials physics

Course description and aims

This class deals with the basic knowledge of liquid crystals and optics of birefringent subject to understand the working mechanisms of liquid crystal displays.
(1) Optical constants and optical p ...

Update Syllabus：2019/3/18