Curriculum Vitae

Affiliation: Department of Measurement and Information Systems (BME-MIT),
Budapest University of Technology and Economics (formerly known as Technical University of Budapest), Budapest, Hungary, since 1998.
Mailing address: H-1521 Budapest
Phone number: +36 1 463-2057
Fax number: +36 1 463-4112
Email: khazy@mit.bme.hu
Post: Associate Professor

Studies:

Technical University of Budapest, Hungary, 1994-98

(Budapest University of Technology and Economics today)
Postgraduate studies for the Ph.D. degree

Vanderbilt University, Nashville, Tennessee, USA, 1997

as a visiting Ph.D. student at the Institute for Software Integrated Systems

Technical University of Budapest, Hungary, 1989-94

(Budapest University of Technology and Economics today)
Graduation: from the Technical University of Budapest, Faculty of Electrical Engineering, Branch of Instruments and Control, 1994. (M.Sc. in Electrical Engineering)

Degree:

Ph.D.

Discipline of Electrical Engineering, from the Budapest University of Technology and Economics, 2008.

M.Sc.

Discipline of Electrical Engineering, from the Budapest University of Technology and Economics, 1994.

Research fields:

• Distributed real-time system and Network Embedded System design and implementation
• Embedded and Real-time operating systems and middlewares
• Ethernet, Time-Sensitive Networks, TCP/IP in embedded systems, Internet of Things
• Precision Clock Synchronization, IEEE 1588, IEEE 802.1as
• Sensor networks
• Industrial data acquisition and processing
• Modell-based development
• Structure dependence of DSP system reconfiguration
• Measurements and performance data processing in Complex Computer Systems
• System and Network Management for Information Technology and Distributed Embedded Systems
• Reconfigurable DSP systems
• Transients and their reduction in reconfigurable DSP systems

Participation in Development Projects

• 2020- SMART4ALL, H2020-EU.2.1.1. - INDUSTRIAL LEADERSHIP - Leadership in enabling and industrial technologies - Information and Communication Technologies (ICT)
• 2019- Ericsson Advanced Time Synchronization Research and Development
• 2017-2020 EFOP-3.6.2-16-2017-00013 project, Leader of the Real-Time Cyber-Physical Systems topic
• 2012-2016 Future Internet Research, Services and Technology - FIRST project, TÁMOP-4.2.2.C-11/1/ KONV-2012-0001.
• 2010- IEEE 1588, 802.1AS, and TSN end device and switch implementations for various companies
• 2009- Hardware assisted IEEE 1588 implementation for Linux, supported by Intel, Meinberg, Ericsson, TI, TTTech
• 2009-2012 CCE, Connected Care for Elderly Persons Suffering from Dementia, supported by the The Ambient Assisted Living (AAL) Joint Programme of the European Union
• 2008-2010 Silvergate-112: Assistive Medical and Social Monitoring and Alarm System - An Integrated Approach project, supported by the Hungarian National Office for Research and Technology, project id. NKFP_07_1-sgate112, contract no. 2007ALAP1-00033/2007
• 2008-2009 Vehicle System Architect (VSA) testing, supported by Mentor Graphics Corporation
• 2006-2008 DESEREC - Dependability and Security by Enhanced Reconfigurability, sponsored by the INFORMATION SOCIETY TECHNOLOGIES (IST) PROGRAMME of the European Union
• 2006-2008 Consulting for Régens Information Technology Plc for "Facility Management System By New Generation Devices" project
• 2002-2004 NEXT TTA - High Confidence Architecture for Distributed Control Applications sponsored by the INFORMATION SOCIETY TECHNOLOGIES (IST) PROGRAMME of the European Union
• 2001-2003 Intelligent Sensor Networking Project to develop Networked Intelligent Sensors applicable in TCP/IP over Ethernet environments in cooperation with Vertesz Ltd.
• 2000- Development of the Course "Microprocessor-based System Laboratory"
• 1999-2003 Fault-Adaptive Control Technology, DARPA sponsored research project of BME-MIT in collaboration (as a sub-contractor) with Vanderbilt University, Nashville, Tennessee
• 1999 Real-time, Multi-channel Voice Recording and Compression Tool for Industrial Communication Systems, for Tronix Rt.
• 1997 Saturn Site Production Flow (SSPF) : Engineering Process and Business Decision Support Tool, for Vanderbilt University, Nashville, Tennessee
• 1995-1996 TUB-DMIE and Netherlands Organisation for Applied Scientific Research (the Netherlands), Friction Identification System Development
• 1994 Design Package for Building IIR Resonator Based Digital Filters in COMDISCO SPW Environment. (as thesis work for M.Sc)
• 1993 Reconfigurable, Fault-Tolerant Processor Core in XILINX FPGA (as project laboratory)

Courses for Student

• 2018- BlockchainTechnologies and Applications (some lectures)
• 2017- Parallel and Event Driven Programming in Embedded Systems
• 2016- Network Embedded Systems
• 2009- Software Technology for Embedded Systems
• 2010-2015 Operating Systems
• 2009-2015 Interfacing Embedded Systems to Information Systems
• 2004-2009 Basics of Software Technology
• 2000-2009 Microprocessor-based Systems Laboratory
• 1998-2000 Computer Networks (for the Department of Informatics of Széchenyi István College, Győr, Hungary)

Courses offered for Industry

• Ethernet and TCP/IP in embedded systems
• Parallel, event-driven programming in embedded systems
• Embedded Linux kernel and user space development
• Wireless sensor networks

Scholarships, scientific activity abroad:

• 2013 János Bolyai Research Scholarship of the Hungarian Academy of Sciences
• 1999-2000, Postgraduate student grant of the Soros Foundation, 1 year, beginning from September of 1999
• 1998, 3 Month Scholarship of Tempus, Universität Gesamthochschule Paderborn, Germany
• The Scholarship of the László Schnell Measurement and Instrumentation Fundation,1996

Memberships:

• Member of the IEEE, USA, from 1999
• Student member of IEEE, USA, from 1996 to 1998

Experiences in:

• C, C++, MATLAB, PHP, Python and UNIX shell programming,
• UNIX/Linux, MS WINDOWS and embedded operating systems (system administration and SW development),
• ETHERNET, Wi-Fi and TCP-IP networking, industrial communication technologies, WSNs
• Network and System management using open source software components such as Nagios, CACTI, Nedi, etc.
• UML and sysML, Model-driven Architectures

Languages:

• English fluently spoken
• German