 Specialized Subjects |
| Information
Theory I |
Information volume, entropy, Source encoding,
image compression, JPEG, MPEG |
|
Information
Theory II
|
Error
control, Linear block code, Cryptography, Information
security
|
|
Theory
of Computation I
|
Finite
automaton, Context-free language, Computability,
Turing machine
|
|
Theory
of Commputation II
|
Parallel computation model, Basic parallel algorithms,
P-Completeness, Distributed
Algorithms
|
|
Hardware
Design I
|
Design
for combinational circuits, Design for arithmetic
circuits and sequential circuits, Design and verification
of
hardware systems.
|
|
Hardware
Design II
|
Design
and test for computers, Design and test for system-on-a-chip
|
|
Foundations
of Software Science I
|
Context-free language. |
| Foundations
of Software Science II |
Distributed systems, P2P, Grid, QoS, Distributed objects,
Ubiquitous computing. |
|
Computation
Models
|
Computational
complexity, NP-completeness, Random computation, Term
rewriting system, Molecular computation
|
|
Sensory
Information Processing I
|
Sensing
technique, Sensor signal analysis, Image analysis,
Image creation
|
|
Sensory
Information Processing II
|
Image
sensing, Image processing, Sensing system, AD/DA conversion
|
|
Speech
Processing I
|
Speech and acoustics, Speech analysis and synthesis, Speech recognition, HMM based genome analysis
|
|
Speech
Processing II
|
Speech
recognition in real environment, Speech analysis and
synthesis, Speech synthesis by rule, Multi-modal interface
|
|
Fundations
of Artificial Intelligence
|
Knowledge
representation, Predicate logic, Inductive learning
|
|
Artificial
Intelligence I
|
Search
algorithm, Knowledge representation and deduction,
Machine learning
|
|
Artificial
Intelligence II
|
Image
recognition, Image analyzing system, Intelligent image
processing
|
|
Computational
Linguistics
|
Morphological
and syntactic analysis of natural language, Grammatical
theory, Semantics
|
|
Software
Systems
|
Software
computational model, Programming paradigm, Programming
for interprocess communication.
|
|
Software
Engineering I
|
Software
design language, Object-oriented software analysis
and design, Interaction design, Software process
|
|
Software
Engineering II
|
Software
maintenance, code analysis, measurement of utilized
process, Planning of software development control
|
|
Data
Engineering I |
Database architecture, Relational
database, Logical/physical design
of database, XML and database. |
| Data
Engineering II |
Relational database, XML and database, Logical/physical
design of database, Information retrieval |
|
Information
Network I
|
Computer
network, Hierarchical protocol, Data linking technology,
Communication protocol.
|
|
Information
Network II
|
Concept
of protocol and hierarchical structure, Large-scale
high-speed network, Server-client model, Multimedia
communication system.
|
|
Communication
Systems I
|
Wireless communication system, Mobile communication system, Wireless LAN,Digital broadcasting, Characteristics of wireless
propagation path
|
|
Communication
Systems II
|
Information
communication networks, exchange system, Public communication
network and Internet, Next generation network
|
|
Systems
Engineering I
|
Least
squares method, Static optimization problem, Optimization
of dynamical systems, Optimal filtering
|
|
Systems
Engineering II
|
Performance
analysis of computer and communication systems, Traffic
modeling
|
|
Systems
Control I
|
Modeling
of dynamical system, linear system analysis, linear
control system theory.
|
|
Systems
Control II
|
Nonlinear
system control theory, H-infinite control theory, Regulator
optimization
|
|
Digital
Image Processing
|
Pattern recognition and understanding, Digital image
processing, Statistical pattern identification, Computer
vision
|
|
Robotics
I
|
Sensing,
Maanipulation Mobile Robot, Planning, Robot Programming.
|
|
Robotics
II
|
Realtime
Control, Realtime Vision, Interaction, Humanoid Robot,
Digital Human.
|
|
Human-Computer
Interaction
|
User
interface, Computer interaction, Virtual reality.
|
|
Computational
Neuroscience
|
Cerebellum modeling. Computational theory of
visual perception, Reward prediction and behavior, Information
and selfish gene, Media evolution theory |
|
Practice
of Bioinformatics I
|
Practice of "Bioinformatics I" using computers |
| Practice
of Bioinformatics II |
Practice of Advanced BioInformatics |
|
Structural
and Functional Genomics
|
Experimental
method of structural biology, Intracellular signaling, Interactional
specificity, Structural change and molecular regulation
|
|
Comparative
Genomics
|
Genomic
evolution, Human genomics, Biological system analysis
|
|
Theoretical
Life Science
|
Statistical
learning theory, Genome and protein research, Model
of neuron/brain function .
|
|
Bio-Imaging
|
Bio-imaging,
Molecular/cellular imaging
|
| Bioinformatics
I |
Sequence analysis by HMM, Graph algorithm and gene network,
Prediction of protein localization,Genomic drug discovery |
| Bioinformatics
II |
Research on the cubic structure, Ontology and XML, Molecular
analysis, Multipahse test, Manifestation network, Learning
machines. |
|
Advanced
Lectures in Bioinformatics
|
Advanced Lectures in Bioinformatics.
|
|
Project
Practice I-IV
|
The
latest subject related to the basis/application of
information science. The project will be taken
place on this campus or private research centers.
|
| Exercise in Programming |
Exercise to get C programming skills. |
|
Advanced Information Science I-IV
|
Advanced and timely theme of information science.
|
|
Current Topics in Information Science A
|
Security Technology
|
|
Current Topics in Information Science B
|
Security Management for Internet Infrastructure
|
|
Current Topics in Information Science C
|
Machine learning, Neurobiology systems
|
| Current
Topics in Information Science D |
Highly functional computer architectures |
|
Current Topics in Information Science E
|
Ubiquitous computing
|
|
|
| |
| Fundamental Subjects |
|
Introduction
to Algorithms
|
Algorithms
and data structure, Searching, Sorting, Graph algorithms,
Matching
|
|
Introduction
to Computer Architecture
|
Computer architecture, Principle of operation,
Boolean algebra, Combination circuit, Sequence circuit
|
|
Introduction
to Systems Programming
|
Operating
system, CPU scheduling, Main memory control, Virtual
memory, IO, File system, language processor
|
|
Introduction
to Computer Science I
|
Information
theory, Computer architecture, Programming language,
Operating system, Basics of UNIX
|
| Introduction
to Computer Science II |
Basics of UNIX , Basics of script programming. |
| Foundations
of Biological Sciences I |
Molecular biology, Molecule of cell, Genetic code. |
|
Foundations
of Biological Sciences II
|
Constituent molecular of the cell, genetic
code, Cell's formulation, Cell's dynamics
|
|
| |
| General Subjects |
|
Fundamentals
of Mathematics I
|
Matrix
Characteristic value, Characteristic vector, Abstract
vector space,
Taylor expansion, Calculus, Vector space, Fourier expansion
|
|
Fundamentals
of Mathematics II
|
Fourier
analysis and Laplace transform, Differential equation,
Complex analysis
|
|
Introduction
to Mathematical Science I
|
Probability
space, Expectation value and momentum, Random variable
and Convergence in distribution, stochastic simulation
|
|
Introduction
to Mathematical Science II
|
Nature
of number, Set/Mapping/Relation, Permutations and Combinations,
Recurrence formula
|
|
Methods
of English Communication
|
Development
of English communication skills.
|
|
Presentation
Skills in English
|
Development
of presentation and discussion skills in English.
|
| Advanced
Scientific Writing |
Development of scientific writing
skills in English. |
| Scientific
English |
Aspects of report writing. Reporting style, Development
of paragraphs, Abstract. |
|
Advanced
Interdisciplinary Domain A (Infoarchaeology)
|
Qualification
analysis of archaeological specimens in Archaeological
studies. Studies of the introduction of computer,
or information technology, and Software development
to sort and manage excavations and historical relic.
|
|
Advanced
Interdisciplinary Domain B (Philosophy of Science)
|
Latest
studies of relationship between mind and body, especially
cranial nerves.
|
|
Advanced
Interdisciplinary Domain C (Techonology and Management)
|
Infrastructures
of venture companies, Practical business build-up,
Voice of actual experiences of venture businesses,
vicarious training in a venture business by game, Panel
discussion by some entrepreneurial students. Venture
business tours, Business planning, Presentation of
the business plan.
|
Advanced
Interdisciplinary Domain D
(Intellectual property
right)
|
Intellectual
property right, Basic knowledge of patent and acquisition
of the right, Enhancement of the protection – Protection
of software's patent and copy write -
|
Advanced
Interdisciplinary Domain E
(Standardization)
|
Global
standard, International situation around industrial
standard, Meaning of the standardization, Current
situation of standardization administration, Challenges
of standardization, movements of global standard and
Japan's attitude against
them. Concrete case of the standardization movement
in information technology field.
|
Advanced
Interdisciplinary Domain F
(Management of Technology)
|
Management of Technology
|
| Information
Technology and Ethics
|
Ethics and rules which information
engineers must observe. Act for Protection of Computer
Processed Personal Data, Information Security Management |
| Bioethics/Ethics
of Science |
Ethics
and rules of Science, Bioethics, Environmental ethics. |
| Information
Technology for Environmental Issues |
Information management on environmental
issues, Simulation technologies, Environmental movement
through the Internet. |
| Advanced
Practice
|
Mandatory for NAIST scholarship
grantees
. |
|
| |
| Computer Course |
|
For
all who would like to learn how to create/edit documents
and send/receive E mails using Emacs and LaTeX. No
credit would be given in this course.
|
|
|
