5th Semester

Fundamentals of error correcting codes.
Main topics:
(i) algebraic system such as groups, rings and finite
fields,
linear algebra over the finite field, and
（ii) encoding and decoding of important and simple families of codes,
such as Hamming codes, Reed-Solomon codes,
and BCH codes.

UENO Shuichi, TAKAHASHI Atsushi

Introduction to the theory of graphs and algorithms; basic concepts of
graphs, design and analysis of algorithms, and computational complexity.

SUZUKI Hiroshi, KISE Kenji

I This lecture, mainly for students belonging to the computer science
department, presents fundamental aspects of computer architecture.
Pre-requisite: Computer Logic Design,

II Instruction Set, Operands, Addressing Mode, Exceptions (Interrupts),
Channel Processors ( I/O Processors), Interconnection Network and
Protocols, Memory Systems, Memory Hierarchy, Caches, Virtual Memory,
Memory Protection

I. To learn the goal and methodology of artificial intelligence and
its applications
II. History of artificial intelligence, Problem solving (Search and
Game), Knowledge and reasoning(Agent approach, Predicate logic,
Forward and backward reasoning, Theorem proving, Knowledge
representation, Frame, Semantic network)

TOKUDA Takehiro

We discuss fundamental concepts and algorithms for constructing typical compilers.
Topics include the structure of a simple compiler, lexical analysis, syntax analysis, translation, and methods for automatic generation.

SATO Taisuke, GONDOW Katsuhiko

Students learn introductions to system programming by C
and objected oriented programming by Java respectively,
together with basics of concurrent programming.

UEMATSU Tomohiko, YAMADA Isao

Concepts of Functional Analysis such as Linear Space and Operators are
lectured for their application to Signal, Image Processing and Pattern
Recognition.

ISSHIKI Tsuyoshi, KUNIEDA Hiroaki

Fundamental characteristics of linear LCR circuits and the methods for analyzing their stationary response will be provided. Lecture topics: linear circuits, circuit elements, phasor representation of sinusoidal ac current, impedance, admittance, resonant circuits, transformers, circuit equations, characteristics of linear circuits, 2-port circuit parameters.

ISSHIKI Tsuyoshi

This class encourages students to actively participate in
research projects related to computer science and computer engineering.
Potential participants are first required to submit their research proposals,
and when accepted, will join the laboratory related to their topic for
one month during summer where they will acquire the necessary skills and
strengthen their creativity to accomplish their project. Upon completion of the
projects, the students will each give an oral presentation.

TAKAGI Shigetaka

I This course focuses on time-domain and frequency-domain analyses of linear circuits.
The course is provided for students who have taken ``Foundations of Electrical Circuits."
II Differntial equations for linear circuits and their responses, analysis by Laplace transform and network functions,
1-port networks, 2-port networks.

SUZUKI Hiroshi, HATORI Yoshinori

I. This lecture on the modulation techniques utilized in digital
communication systems is prepared for students in the computer science
department. Pre-requisite: Fourier and Laplace Transform, Probability
Theory and Statistics, Communication Theory
II. Main topics of the lecture are outline of digital communication
systems, amplitude modulation, frequency modulation, phase modulation,
pulse code modulation, and digital modulation.

FUKAWA Kazuhiko

I. The lecture focuses on basic concepts of the signal processing
such as time- and frequency-domain representation of discrete-time signals
and systems,
the sampling theorem, and design techniques of digital filters.
Students who wish to attend it are recommended to pass the lecture of the
Fourier and Laplace transforms.
II. discrete-time signals and systems, discrete Fourier transform, sampling,
decimation,
interpolation, digital filter, adaptive processing, signal processor

KUNIEDA Hiroaki

I. To study fundamentals of computer architecture and to do IC Design by developing computer systems on
FPGA board. All students are requested to realize each own machine by use of popular CAD (computer aided design)
tools.