3 TEACHING ACTIVITIES AND STUDIES


3.1 Undergraduate Teaching

Lecture courses were given in 1995 on applied mathematics and computer science in three levels for undergraduate students. Topics of the courses were programming in C and in Fortran, applications for microcomputers, operating systems, numerical methods, optimization methods, graphical interfaces, artificial intelligence, scientific computing, mathematical algorithms, numerical solution of partial differential equations (the finite element method), simulation, convex analysis, control theory and digital image processing. Several new courses in telecommunications were started. The main subjects provided for the students are scientific computing, telecommunications and software engineering.

A part of the courses for undergraduate and graduate students were given in English by foreign visitors. Professor M. Rudnicki talked about genetic and neural computing, professor C.A. Marinov about signal processing and professor Yu.A. Kuznetsov lectured about substructuring preconditioners for elliptic FE-problems on nonmatching grids.

Moreover, six 30 hour high level courses in the area of applied mathematics and three 20 hour high level courses in the area of computer science were included in the 5th International Summer School of the University of Jyväskylä. Prof. G.F. Carey lectured about the finite element method for partial differential equations and prof. D. Tiba gave lectures about the optimal control of elliptic systems and applications. Prof. E. Oja talked about neural networks and pattern recognition, prof. J. Norbury about nonlinear dynamical systems, fractals and chaos, and prof. A. Kirjanen lectured about the stability and control of dynamical systems. In addition, prof. M. Consens gave lectures about resource discovery in global information systems, ass. prof. S. Conger talked about object-oriented analysis and design, and prof. C. Rolland lectured about modelling methodologies.

3.2 Postgraduate Teaching

3.2.1 COMAS Graduate School

Jyväskylä Graduate School in Computing and Mathematical Sciences (COMAS) was founded in 1994. COMAS is a doctoral programme in computing and mathematical sciences offered by the University of Jyväskylä. COMAS programme provides scientifically high-quality education and a convenient research environment. The programme is jointly organized by three departments: the Department of Computer Science and Information Systems, the Department of Statistics, and the Department of Mathematics.

Scientific computing is one of the four research programmes of COMAS. The others are software engineering, information systems, and statistics. The main areas of software engineering are management of software production, object-oriented methods and programming languages, document management, and computer-aided software engineering (CASE).

The information systems (IS) programme contains education and research of organizational and managemental IS applications. The main areas are information systems methodologies and tools (e.g., computer-aided methodology engineering, selection of IS development tools, exception handling in ISs, and introduction of information technology), IS management and evaluation, and applications of ISs (e.g., multimedia ISs, computer supported co-operative work (CSCW), and executive ISs).

The main areas in statistics are spatial and computationally intensive statistical methods, statistics for data obtained through complex sampling, analysis of longitudinal data, and industrial statistics.

The COMAS programme provides wide international research co-operation. It is already involved in about 10 projects financed by the European Community. The students study in research projects, in close contact with professors and post-doctoral researchers. The participating departments have 15 professors or associate professors. Each student has one main advisor and two other advisors (from Finland or abroad). The COMAS programme consists of 60-70 full-time doctoral students.

The director of the COMAS Graduate School is professor Kalle Lyytinen (Department of Computer Science and Information Systems), and the vice director is docent Antti Penttinen (Department of Statistics).

There are eleven post-graduate students and twelve doctoral candidates in the area of scientific computing (including COMAS).

3.2.2 Post-Graduate Students

Kari Kärkkäinen: Free Fluid Surfaces
Sergei Korotov: Finite Element Method for Problems in Electromagnetics
Dimitri Kuzmin: Free Boundary Problems in Chemical Reactions
Timo Kyntäjä: Mobile Protocols in Cellular Networks (Technical Research Centre of Finland)
Mika Laitinen: Radiation Heat Transfer
Leena Lallukka: Quality Management: Hypermedia in Education in Steel Industry
Vesa-Matti Paananen: Multimedia Software Engineering
Anton Smoljanski: Free Boundary Problems Related to Evaporation
Iiris Suutarinen: Intelligent Tutoring Systems
Oleg Timofeev: Heat and Mass Transfer Problem in Paper Technology
Mika Wikström: Optimization of Data Communication Networks

3.2.3 Doctoral Candidates

Erkki Heikkola: Fictitious Domain Methods in Acoustics and Electromagnetics
Jari Järvinen: Numerical Simulation of Czochralski Crystal Growth (CSC)
Aarni Lehtinen: The Problem of Optimal Choice
Antti Niemistö: Numerical Realization of Nonlinear Inverse Problems
Reijo Pietikäinen: Modelling of Copying Behaviour of Paper
Tuomo Räisänen: Mathematical Modelling of Multiphase Systems
Pekka Risku: Computer-Aided Learning of Mathematics and Mathematical Hypermedia
Tuomo Rossi:Fictitious Domain Methods with Separable Preconditioner
Kari Saarinen: Modelling and Simulation of IR-measurement of Humidity (ABB-Strömberg Inc.)
Lioudmila Seioukova: Free Boundary Problems in Chemistry
Mikko Tarkiainen: Time Optimal Motion Planning of Articulated Systems
Jari Toivanen: Fictitious Domain Methods Applied to Shape Optimization

3.2.4 Completed Degrees

Four Licentiate degrees and four doctor's degrees were completed in 1995.

PhLic

Erkki Heikkola: Fictitious Domain Methods in Acoustics and Electromagnetics
Sari Karjalainen: Sound Propagation in Anisotropic Medium
Liina Nenonen: On the Modelling of Cellular Networks and the Optimization of Base Station Parameters
Tuomo Räisänen: Numerical Realization of the Parabolic Optimal Control Problems

PhD

Ari Hämäläinen: Self-organizing Map and Reduced Kernel Density Estimation (thesis completed at the Rolf Nevanlinna Institute)
Kai Hiltunen: Mathematical and Numerical Modelling of Consolidation Processes in Paper Machines
Tommi Kärkkäinen: Error Estimates for Distributed Parameter Identification Problems
Alexandru Murgu: Neural Networks for Planning and Control in Communication Networks



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