Address:
Hasslövägen 4C
371 37 Karlskrona
Phone/Fax:
+46 455 19416
Cellular:
+46 070 4185314
E-mail:
ets97dil@student.hk-r.se
WWW:
http://www.student.hk-r.se/~ets97dil
Laboratory assistant
University of Karlskrona/Ronneby
(fall ‘96)
Assistant for undergraduate course in
C-programming
1994
Graduated senior high school, section of
electrical engineering
Minor interests
Operating systems and microprocessor
programming
One-dimensional analysis, Complex numbers, elementary
functions
1st course
properties, limits, derivatives, primitive
(6 credits)
functions, integrals, differential equations
Linear algebra
Linear equation systems, vector algebra and
(4 credits)
matrix algebra
Digital engineering
Basic digital components together with their
(5 credits)
logical functions. Analysis and synthesis
methods for combinatory and sequence nets.
C-programming
General C-programming
(5 credits)
Object oriented
General C++ programming and modern
programming with C++
software development
(5 credits)
Data Communications
An insight to protocols and signalling and an
and Computer Networks overview
of the OSI-model. Development of
(5 credits)
a miniature network using SDL/SDT
Electrical circuit analysis
Analysis of time and frequency properties of
(5 credits)
electrical linear components
Computer engineering
An introduction to the inside of a computer
(5 credits)
system and to assembler programming. A
closer approach to Motorolas processor
MC68HC11
One-dimensional analysis,
Fourier series, Fourier and Laplace transforms
2nd course
(2 credits)
Multi-dimensional analysis
An insight to math in multiple dimensions,
(3 credits)
including derivatives, integrals and differential
equations
Computer OS:s and
Basics of memory and process management,
real-time programming
real-time systems and parallel programming
(5 credits)
Process control and
Linear time continuous and discrete systems,
automatization
properties and stability for systems with
(5 credits)
feeback and design of regulators especially of
PID-type
Analog and digital
Overview of simple analog and digital circuits
electronics and electrical
elements. Amplifier circuits,
(5 credits)
operational amplifiers, feedback, digital circuit
families and circuitry for measurement and
control applications
Electronic CAD
Basic principles for electronic CAD drawing,
(5 credits)
simulation and board layout
Telecommunications
Integrated net services and communication
systems
protocols
(5 credits)
Electronic measurement
Overview of the most important analog and
and instrumentation
digital methods used to measure electrical
(5 credits)
quantities
Analog and digital project
Construction of an electronic circuit of own
(5 credits)
choice. In my case practical radio theory and
the construction of a FM-radio receiver
Probability and statistics
Mainly probability theory and stochastic
theory
processes with applications in the
(5 credits)
telecommunication area
Design of teleservices
Insight into the design and management of
(5 credits)
huge software systems. Also an introduction to
intelligent networks. Integrated part of the
course is a project where different teleservices
are implemented into a telephone exchange
Teletrafic systems
Reliability- and queuing theory. Markov and
(5 credits)
Poisson processes, wait and busy M/M/m
systems
Digital signal processing
Discrete Fourier and Z-transforms in depth. An
(10 credits)
introduction to Fast Fourier Transform.
Implementation of discrete-time systems,
digital filters, sampling and reconstruction
of signals, multirate processing and power
spectrum estimation
Digital transmission
Modulation, coding, channel modeling and
and radio systems
noise reduction
(5 credits)
Discrete mathematics
Numbers and counting, sets and subsets,
(5 credits)
graphs and algorithms, algebraic methods
UNIX and TCP/IP
Installation, maintenance, administration and
(5 credits)
documentation of a LAN controlled by a Linux
system loaded with the most popular server
daemons. The documentation includes a brief
overview of the TCP/IP and Ethernet
architectures. The system gave birth to the
student computer club at the University in
Karlskrona
Function and matrix theory
Contour integration, Cauchys theorems, Taylor
(5 credits)
and Laurent series, application of contour
integration, eigenvalues, power method and
Jacobi’s method
Stochastic processes and
Random processes and their spectral
time series analysis
characteristics and linear systems with random
(5 credits)
inputs
Telesystem
Overview of the four largest
(5 credits)
telecommunication fields: wireless/cellular
communications, data networks, network
management and intelligent networks
Modern techniques
Principles and methods to control and engineer
of networking
high speed networks capable of supporting
(5 credits)
data, voice, image and video services. Also
focus on QoS guarantees to individual users
Two-dimensional signal
Two-dimensional (Discrete) Fourier and
and image processing
Z-transform.FIR filters, spectral estimation,
(5 credits)
image processing, enhancement and restoration
Adaptive signal processing
Wiener filters, both FIR and IIR, LMS and
(10 credits)
RLS filters. The project worth 5 credits is
a study of properties of subband-LMS with
adaptation and crossterms in order to minimize
the filter length and keep quality unchanged.
The filter is to be simulated within Matlab
Fractal theory
Introduction to fractal geometry and its
(5 credits)
applications