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Student's Work in the Digital Signal Processing Laboratory
The main educational purpose of the Digital Signal Processing
Laboratory is to give practical training and hands-on experience to those
students who would like to learn digital signal processing in detail. To achieve
this goal, there are many possibilities for students to work in the
laboratory:
- Project laboratory, which is a 2-semester course dedicated for making the
first own design in the field
- Bachelor's Thesis writing
- Master's Thesis writing, which is a 1-semester full-time course
- Students' Scientific Contest, which is an annual contest among students to
present innovation, scientific research and development results.
The devices and tools in the laboratory support the solution of
many kind of signal processing problems. These problems can be in the field
of measurement, control, medical or audio signal processing, or from any other
field where digital signal processing shall be used. The characteristic of the
problem and the solution can be hardware, software or theoretical, or any
combination of these. In the case of software solutions, the programming is done
partly in assembly, partly in C language, while for supporting and testing
theoretical derivations, the MATLAB environment can be used. In hardware
problems it is possible to design analog as well as digital circuitry.
To solve the problems discussed above, you do not need to be a
professional DSP programmer. Naturally it helps if you have some background in
signals and systems, but most of the know-how can be picked up by working on the
problem. However, we would really like to achieve if by the end of the course,
not only simulations and calculations were done but working programs and
circuits as well.
Who are welcome in the DSP laboratory?
- Those, who know digital signal processing, and has have a
certain problem to be solved;
- Those, who do not know digital signal processing, but
would like to learn it;
- Those, who would like to learn signal processing and modeling theory in
details;
- Those, who like or would like to know programming close-to-hardware and
would like to work on high performance digital signal processors;
- Those, who would like to design hardware containing both analog and
digital part.
In the following, some of the M.Sc. and B.Sc.
theses written in our laboratory are listed. The one page
abstracts are available by clicking on the title of the thesis. Note that most
of the theses were written in Hungarian.
M.Sc. theses
Active noise control
Audio signal processing and sound synthesis
Distributed signal processing and sensor networks
Measurement technology
Further DSP topics
Other topics
Student |
Thesis title |
Supervisor |
Year |
András Káli |
Wireless communication architectures for IoT
system |
Tamás Krébesz |
2020 |
Bence Kotnyek |
AUTOSAR XCP module implementation |
László Sujbert, László Szikszay (Thyssenkrupp Components Technology Hungary Kft.) |
2020 |
Mihály Péter Nagy |
Design of data
acquisition system for distributed processing of periodic
signals |
Vilmos Pálfi |
2020 |
Róth Ádám Gábor |
Exploration and Visualization of Memory Damage of Automotive
Controllers |
László Sujbert, Tímea Knoll (thyssenkrupp Components Technology
Hungary Kft.) |
2018 |
Csanád Smikál |
Development of AUTOSAR Software Components Using Text-based
DSLs
|
László Sujbert,
Ferenc Kadlecsik (thyssenkrupp Components Technology Hungary
Kft.) |
2018 |
Zoltán Schmidt |
Measurement-system development for system testing of
mechatronical components |
Tamás Krébesz |
2017 |
István Ratkovszki |
Automated, model-based safety analysis |
László Sujbert; András Balogh, Dénes Monostori (ThyssenKrupp
Presta Hungary
Kft.) |
2017 |
Tamás Bányai |
Implementation of an intelligent CAN switch |
László Sujbert, András Balogh(ThyssenKrupp Presta Hungary
Kft.) |
2016 |
Dániel Marton |
Development of a programmable sensor simulator |
László Sujbert, András Balogh(ThyssenKrupp Presta Hungary
Kft.) |
2016 |
Dániel Molnár |
Design and software implementation of a wireless
SmartMeter |
György Orosz, Károly Molnár (ProDSP Technologies Kft.) |
2016 |
Eszter Tóth |
Design
of the hardware elements of a wireless SmartMeter network |
György Orosz, Károly Molnár (ProDSP Technologies Kft.) |
2016 |
Tamás Kardos |
Development of IO-Link RS232 converter |
Tamás Krébesz, Zoltán Kása (Balluff Elektronika Kft.) |
2016 |
Gergely Horváth |
Development of an Autonomous Car Model |
László Sujbert, András Balogh(ThyssenKrupp Presta Hungary
Kft.) |
2016 |
István Vadász |
Development of a Bluetooth-based Handheld Device for Sports
Application |
László Sujbert, Károly Molnár(ProDSP Kft.) |
2015 |
Balázs Hegyi |
Development of an AUTOSAR Network Management
Project |
László Sujbert, Gergely Pintér(ThyssenKrupp Presta Hungary Kft.)
|
2015 |
Gábor Veres |
Implementation of an AUTOSAR TCP/IP Stack |
László Sujbert, András Balogh (ThyssenKrupp Presta Hungary Kft.)
|
2015 |
Benedek István Kupper |
Authentication and Cryptography in Automotive Embedded
Systems |
László Sujbert, András Balogh (ThyssenKrupp Presta Hungary Kft.)
|
2014 |
Dániel Faragó |
Eclipse based vehicle bus visualization |
László Sujbert, Gergely Pintér(ThyssenKrupp Presta Hungary Kft.)
|
2014 |
Bálint Csengeri |
Design of Data Aquisition and Control Units for Plastic
Greenhouse |
György Orosz, Károly Molnár (ProDSP Kft.) |
2014 |
Zsombor Pethő |
Development of a continuous SW integration
environment |
László Sujbert, Ferenc Varga (ThyssenKrupp Presta Hungary
Kft.) |
2014 |
Gergely Sisak |
Eclipse based vehicle bus simulation |
László Sujbert, Gergely Pintér(ThyssenKrupp Presta Hungary Kft.)
|
2014 |
Attila Norbert Dajka |
Development of firmware loader application for various
processors |
György Orosz |
2013 |
Viktor Plihál |
Automated test system providing traceability in industrial
applications |
Tamás Krébesz |
2012 |
Balázs Mészáros |
Development of intelligent camera components |
György Orosz, Károly Molnár (ProDSP Kft.) |
2012 |
Gábor Máté Csák |
Conformance testing of AUTOSAR software modules |
László Sujbert, Gergely Pintér |
2012 |
Ákos Horváth |
Testing of
BOSCH Body Computers by EMC scanning |
Sándor Kerekes, György Orosz, László Balogh |
2012 |
Tamás Végh |
Development of an inductive flow meter control unit |
Károly Molnár |
2012 |
Balázs Kővári |
A graphical
library for embedded systems |
László Balogh |
2011 |
Tamás Kovács |
Development of an intelligent fleet management device |
Károly Molnár |
2010 |
Tamás Szalma |
Development of an intelligent fleet management hardware |
Károly Molnár |
2010 |
Laura Fábián |
Automatic
code generation for the MITMÓT ARM platform in Matlab-Simulink
environment |
János Márkus |
2007 |
B.Sc. theses
Active noise control
Audio signal processing and sound synthesis
Distributed signal processing and sensor networks
Measurement technology
Student |
Thesis title |
Supervisor |
Year |
Dániel Kőrösi |
Development of a Data Acquisition and Control System using
EtherCAT Network |
György Orosz, Bálint Csengeri (ProDSP Technologies Zrt.) |
2019 |
Benedek Ruff |
Investigation of Hysteresis Curve of Soft Ferromagnetic
Materials |
László Sujbert, Dávid Ferencz and
Tivadar Tóth (Thyssenkrupp Components Technology Hungary Kft.) |
2019 |
Tibor István Gaják |
Development of a Remote Data Acquisition System using
PicoScope 2207A Oscilloscope |
György Orosz |
2017 |
Dániel Ágoston Müller |
Real-time measurements in embedded systems using a JTAG
connection |
Tamás Krébesz, Árpád Kiss (Robert Bosch Kft.)
|
2017 |
Krisztián Hetesi |
Characterization of analog-to-digital converters with
standard methods |
Vilmos Pálfi |
2017 |
Ádám Attila Ötvös |
Test bench
development for measurement equipment of turbine control and
supervision
systems |
László Sujbert, Gábor Molnár (GE Hungary Kft.) |
2017 |
Grabicza Gábor |
Impedance analysis using Agilent E5061B network
analyzer |
György Orosz |
2016 |
Prajcer Dániel |
Inductive rotor position sensor for electronic steering
systems |
László Sujbert, Ábel Vér (ThyssenKrupp Presta Hungary Kft.) |
2015 |
Balázs Varga |
Design of a frequency transposition module for baseband
signal processing on DSP |
György Orosz |
2014 |
Tamás Bányai |
Interfacing of an Analogue Angle Sensor to FPGA |
László Sujbert, András Balogh (ThyssenKrupp Presta Hungary
Kft.) |
2014 |
Dániel István Marton |
Pulse-width Modulation Based Motor Control Using
FPGA |
László Sujbert, András Balogh (ThyssenKrupp Presta Hungary
Kft.) |
2014 |
Dániel Rácz |
Development of a testing environment for tachometer
analysis |
László Sujbert, Tamás Gusztáv (Audi Hungária Motor Kft.) |
2013 |
Bálint Zsiga |
Development of hardware and software environment for
calibration of an intertial navigation device |
László Sujbert, Bálint Vanek (MTA SZTAKI) |
2013 |
Sándor Kertész |
Development of an intelligent pressure meter |
László Sujbert |
2012 |
Sándor Goda |
Design of
a passive artificial load using NI modules |
László Sujbert, Bora István (NI Hungary Kft) |
2012 |
Anna Mályusz |
Digital signal processor-based universal laboratory
instrument |
György Orosz |
2012 |
Balázs Bencze |
Development of a GPS based trace tracking system |
Károly Molnár |
2008 |
Gergely Illés |
Increasing the precision of a GPS receiver with an
accelerometer sensor |
Károly Molnár |
2008 |
Further DSP topics
Other topics
Student |
Thesis title |
Supervisor |
Year |
Péter Gyulai |
Dataflow-based development of IoT measurement
system |
Tamás Krébesz |
2020 |
Dávid Lőz |
Implementation of an AUTOSAR End-to-End Communication
Protection Library Module |
László Sujbert, László Szikszay
(Thyssenkrupp Components Technology Hungary Kft.) |
2020 |
Levente Vajay |
Implementation of AUTOSAR Diagnostic Log and Trace
module |
László Sujbert, László Szikszay
(Thyssenkrupp Components Technology Hungary Kft.) |
2020 |
Árpád Varga |
The Installation of a new Building Automation System of
Medical School in University of Pécs |
György Orosz, Dániel Éles (Gróf Épületautomatikai Kft.) |
2020 |
Balázs Zombó |
IoT-based automated systems |
Tamás Krébesz |
2020 |
György Fekets |
Implementation of security solutions in embedded automotive
systems |
Tamás Krébesz, Gergely Pintér (Thyssenkrupp Components Technology
Hungary Kft.) |
2019 |
Dániel Gracia |
The
application of Snippet in RPG programming |
Balázs Renczes, András Kern (Unicredit Services S.C.p.A.) |
2019 |
Marcell Magyar |
Implementation of AUTOSAR Large Data COM module |
Tamás Krébesz, László Szikszay (Thyssenkrupp Components Technology
Hungary Kft.) |
2019 |
Ágoston Pető |
Implementation of control via USB port based on IoT device
for an embedded system |
Tamás Krébesz |
2019 |
Kristóf Somogyi |
Signal synthesis and analysis on software-defined
basis |
Tamás Krébesz |
2019 |
Attila Szabó |
Device Driver Development Based on Automotive
Standard |
László Sujbert, László Szikszay
(Thyssenkrupp Components Technology Hungary Kft.) |
2019 |
Noel Törjék |
Implementation of the Control and Image Processing of a
Video Recorder Robotic Arm |
György Orosz |
2019 |
Attila Károly Kanál |
Implementation of AUTOSAR network management
modules |
László Sujbert, Balázs Hegyi (ThyssenKrupp Presta Hungary
Kft.) |
2017 |
Szabolcs Szentpéteri |
Fault injection testing on AUTOSAR memory stack |
László Sujbert, Zoltán Teveli (ThyssenKrupp Presta Hungary
Kft.) |
2017 |
Áron Járó |
Development of control software for thread-based sensor
network |
László Sujbert, Károly Molnár (ProDSP Technologies Kft.) |
2017 |
Tamás Király |
IP-XACT based register management and generator
implementation |
Tamás Krébesz, Tamás Olaszi (ARM) |
2017 |
Tamás Sándi |
Script based vehicle bus simulation |
László Sujbert, Dániel Faragó (ThyssenKrupp Presta Hungary
Kft.) |
2017 |
Sándor Bódis |
Development of Battery Pack Management System using Rapid
Control Protoryping |
György Orosz, Dániel Bérces (AVL AUTÓKUT Mérnöki Kft.) |
2016 |
Tamás Páni |
Development of an USB-MIDI Interface |
György Orosz |
2016 |
Csanád Smikál |
High level test specification language for PIL
tests |
László Sujbert, András Balogh (ThyssenKrupp Presta Hungary
Kft.) |
2016 |
Péter Kiss-Vincze |
Real-time message converter device for automotive
communication protocols |
László Sujbert,
Dániel Faragó (ThyssenKrupp Presta Hungary Kft.) |
2016 |
Bálint Csonka |
Testing of automotive components in simulation
environment |
László Sujbert,
László Hasprai (Audi Hungaria Motor Kft.) |
2016 |
Dávid Németh |
Application based inline flash station control |
Balázs Bank |
2016 |
Márton Ferenczy |
Automatic test device for BLDC motor driver |
László Sujbert, András Balogh ThyssenKrupp Presta Hungary
Kft.)
|
2015 |
Gábor Kevin Barta |
Testing of AUTOSAR I-PDU Multiplexer software
module |
László Sujbert, László Szikszay (ThyssenKrupp Presta Hungary
Kft.) |
2015 |
Farkas Péter |
Optimization of aluminium bonding process
|
Tamás Krébesz, Gábor István Szekeres (Robert Bosch Elektronika
Kft.)
|
2015 |
Milán Pataki |
Recognition of traffic manoeuver based on probability
model |
Tamás Krébesz, Attile Bodnár (Bosch Magyarország Kft) |
2015 |
Tamás Kocsis |
Realization of the test environment for a DSP-based
measurement device |
György Orosz, Károly Molnár (ProDSP Kft.) |
2014 |
Eszter Tóth |
Design of a video receiver card |
György Orosz, Károly Molnár (ProDSP Kft.) |
2014 |
Bálint Kanyó |
Diagnostic Software for Automotive Electronic Control
Units |
László Sujbert, András Balogh (ThyssenKrupp Presta Hungary
Kft.) |
2014 |
József Takács |
Development of a CAN Partial Network Device |
László Sujbert, András Balogh (ThyssenKrupp Presta Hungary Kft.)
|
2014 |
Dávid Somogyi |
Tamper-proof hardware design |
László Sujbert, Károly Molnár (ProDSP Technologies
Kft.) |
2014 |
Benedek Pour |
Hardver analysis and testing of a steering column control
unit |
László Sujbert, András Balogh András (ThyssenKrupp Presta
Hungary Kft.) |
2013 |
Levente Xavér Balogh |
Development of automatic tester for a desk simulator device
of an EBS/ABS braking system |
László Sujbert, Csaba Horváth (Knorr Bremse Fékrendszerek
Kft.) |
2013 |
Gergely Horváth |
Implementation of an avalanche detector |
László Sujbert, Zoltán Baranyai (ThyssenKrupp Presta Hungary
Kft.) |
2013 |
István Vadász |
Design of the controller card of a test device for transmission
controllers |
László Sujbert, Károly Molnár (ProDSP Technologies Kft.) |
2013 |
Bálint Csengeri |
Implementation of a webserver on a DSP processor |
György Orosz, Károly Molnár (ProDSP Kft.) |
2012 |
Gergely Sisak |
Implementation of AUTOSAR CAN communication
modules |
László Sujbert, Gergely Pintér (ThyssenKrupp Presta Hungary
Kft.) |
2012 |
Dániel Faragó |
Implementation of AUTOSAR FlexRay communication
modules |
László Sujbert, Gergely Pintér (ThyssenKrupp Presta Hungary
Kft.) |
2012 |
Lajos Nyéki |
Control
of analog lighting systems by DMX signals |
László Sujbert |
2012 |
András Márton Kalmár |
Introducing AUTOSAR software architecture in a model-based embedded
software environment |
László Sujbert |
2011 |
Ákos Horváth |
Development of a radio extension board for Blackfin
DSP |
László Balogh, Károly Molnár |
2010 |
Further information: László Sujbert
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