Syllabus Search Result

Proteins are important molecules involved in many biological phenomena. Proteomics, which measures the types and amounts of proteins expressed in cells, is an important method for advancing life science. In this lecture, I will give an overview of proteomics from basic techniques to state-of-the-art topics by discussing research cases.

This class teaches software engineering through the implementation of algorithms. Students should know basic computer science (OS, algorithms, etc.) and basic programming skills in C / C ++. Students are expected to take my "Algorithm Science" course or have completed it and have equivalent skills.

Also, the syllabus is written in English, but it is mostly technical terms. If you do not understand English at least as well as the syllabus, I recommend that you do not take the course.

The theme of this course is the "governance" of "security" of Japan. Based on overview of Japanese police and criminal justice system, we will look at issues related to security, such as international terrorism, narcotics, Boryokudan(or Japanese mafia), child abuse, and seek measures to deal with these issues.

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki, Tsujimoto, and Hirayama) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved in research projects.
In the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en

We conduct ecological research on the organisms living in the Antarctic and the Arctic ecosystems which are currently under the pressure of environmental changes.

Although the transition to a digital society has been gradual, COVID-19 has raised expectations for digitalization. In this context, the Internet and the Web have developed as the digital society's foundation and have defined data transfer protocols. However, many data management systems, including establishing digital identity management to identify oneself in cyberspace, are siloed and dependent on individual services such as platform providers. There is little possibility of external verification; thus, users are forced to believe the service providers. To break through this situation, the "Trusted Web Promotion Council" was launched by the Cabinet Secretariat in October 2020, and the "Trusted Web White Paper ver. 2.0" was published in July 2022. The Trusted Web architecture proposes a new framework that increases the degree of Trust (in other words, the degree to which the other party behaves as expected) by an approach that creates an overlay on top of the current Internet.

In response to this trend, a group of faculty members in charge of the project established the Trusted Internet Architecture Lab at the SFC Research Institute in collaboration with Fujitsu Limited, intending to construct a new Internet architecture with Trust in mind so that people can use the Internet with confidence. The "Trusted Internet Architecture Lab" was established as a laboratory of the SFC Research Institute in collaboration with Fujitsu Limited.

When students try to understand the Trusted Internet, it is necessary to foster systematic knowledge from multiple perspectives. Therefore, firstly, this lecture will provide an understanding of the concept of the Trusted Web, which establishes a framework that allows for increased Trust in the Internet. Secondly, this lecture also provides an overview of the basic knowledge required to implement the Trusted Internet and how learners can combine basic knowledge to achieve it. Through this course, we aim to develop human resources who understand the concepts of the Trusted Web and Trusted Internet, which are expected to develop in the future, and who can help build the next generation ICT infrastructure.

The lecture will consist of four parts. First, the lecture will summarize the discussions leading up to the Trusted Web and discuss digital identity-related technologies. Secondly, the lecture will review the components of each application service that uses digital identities, the technologies required to build digital identities, and how these components have been assembled. Third, we will introduce the recently standardized Verifiable Credentials technology, the essential technology for building the Trusted Web, and explain how this technology allows Trust to be freely expressed. Fourth, we will deepen our understanding of the possibilities by knowing and understanding various use cases. Furthermore, we introduce the importance of international standardization in these discussions, and we will also discuss the importance of non-technical factors such as governance in actual deployment and operation. In addition to a certain depth of understanding of these technologies, we aim to develop human resources who can contribute to designing and constructing advanced and trustworthy digital systems by developing a comprehensive discussion of their actual use, standardization, and governance.

These lecture series discuss the concept of mathematics and its application in research. We discuss probability theory and statistics. The lecture will be given interactively with lecturers and students, thus students' attendance is mandatory. Half of the class is to explain the concept of mathematical topics in the first half of the lecture, and its exercise is provided in the second half of the lecture.

DAD is a coined word combining the words Data&AI, Art, and Design. This class will provide students with the opportunity to learn how to understand these four elements [Data, AI, Art, Design] not separately but seamlessly by connecting them, knowing them as knowledge through concrete examples, embodying the knowledge through hands-on activities, and to acquire the foundation for applying mathematics in practical problems.

Provide lectures and exercises on various phenomenon in Earth and Planetary Science, which consists of space/planet, atmosphere/ocean, earthquake/volcano, rock/mineral, and geological earth history.
Since many phenomenon in Earth and Planetary Science are governed by equations, deep understanding can be obtained if one knows how to solve the equations. In classes, we focus on a particular phenomena and students will have a set of lecture and exercise on the phenomena.

Learn about blockchain technology and cryptography

Russian is one of the most important and interesting languages in the world. Learning the language will give you another window through which you will see a new world. The structure of Russian is different from those of English and Japanese. It is always difficult to learn a new foreign language, but it is exciting and challenging.

From the fall semester of 2022, the theme will be "Space and Art / Art in the 2020s" and will be conducted in "Type A". We will pursue, in parallel, art that is timeless and art that can be realized only in this era. The goal is for students to be able to create works that can be presented externally after three years of enrollment. In parallel, we will develop a toolkit for artists and designers in the era of high-performance computing.

The tremendous growth of public biological databases has driven profound progress in modern biology. Bioinformatics and Biostatistics play an essential role in managing vast complex biological data. Students will acquire knowledge of the practical data science skills to transform large datasets into reproducible and reliable findings throughout this project. Students will use open-source tools (i.e., Unix Shell and R/RStudio) to solve bioinformatics/biostatistics related issues in their field of research (microbiology of the built environment, antimicrobial resistance and mobile genetic elements: plasmids and viruses). For instance, students will use microbiome databases from various environments (public transportations, hospitals, sewages, humans and animals) to assess phylogenetic and functional composition diversity of the microbial community, including plasmids and viruses harbouring colistin resistance gene or dog circovirus. Furthermore, students will study the covariates like locations, population density, climate, social/ economic factors and hosts that influence the structure of the microbial community.

Este seminario presenta los principales conceptos de la educación bilingüe, así como los tipos, factores y variables. Analizaremos las políticas y prácticas educativas de la educación bilingüe.
Los estudiantes profundizarán sobre la educación bilingüe y analizarán las políticas y prácticas que fomentan el mantenimiento y revitalización de las lenguas de herencia en las comunidades étnicas.

Please refer to the Keio University Syllabus and Timetable.
https://gslbs.keio.jp/syllabus/search

This is the training course to enhance your research ability to understand and strengthen our neural communication between the brain and body, related to various functions such as thinking, feeling, learning, sensing, and moving. You will learn various methodologies such as neurophysiological wave recordings (EEG and/or EMG), neural stimulations (TMS, tDCS, tACS), neural imaging (fMRI), and computational neuroscience, and consider how to apply them for your own research.

In this semester, we will have this class online by using Zoom.