Experience

Evotrex

• Hungary
• Software Development
• 1 - 100 Employee

• Chief Research Officer (CRO)

  • 2019 - Present

  Solution strategist and designer of architectural aspects for intelligent warehouses and smart indoor logistics. Cloud enabled Indoor LBS: IoT based indoor localization framework and location-aware services. Solution strategist and designer of architectural aspects for intelligent warehouses and smart indoor logistics. Cloud enabled Indoor LBS: IoT based indoor localization framework and location-aware services.



Kensai Ltd.

• Hungary
• Information Services

• Senior Researcher

  • Jan 2016 - 2018

  -Planning research strategy for location based services and smart healthcare projects -Indoor localization: Probabilistic WiFi fingerprint based indoor localization framework with mobile 3D visualization -Planning research strategy for location based services and smart healthcare projects -Indoor localization: Probabilistic WiFi fingerprint based indoor localization framework with mobile 3D visualization



Bay Zoltán Foundation for Applied Research

• Scientific Researcher

  • Jan 2005 - Nov 2015

  -Participated in national and international projects as researcher, work package/task leader (Ger-Hu BelAmi, EC WayFiS, EC Emerge, Silvergate-112, iN-Surance) -Planned and devised several national and international research proposals -Gained in-depth knowledge and experience in a variety of research fields: --Indoor localization: mobile based infrastructure-free indoor localization framework; activity recognition and movement detection algorithms for context data acquisition; context-driven filtering and inference algorithms for movement pattern based position refinements --Smart Cities and Intelligent Transportation Systems: communication protocols for ad hoc and vehicular networks; context-aware optimized traffic information dissemination in vehicular networks; hybrid simulation frameworks (network+vehicle traffic) for Smart Cities; community based and location-aware ITS services (multi-modal navigation, route planning, Floating Car Data, Delay Tolerant Networking) in Smart Cities --Ad hoc and sensor networks: QoS algorithms and protocols for media transfer in multi-hop WPANs; simulation framework for multi-hop WPANs; architecture and system for sensor network based Ambient Assisted Living services Show less



Pannon University

• Hungary
• Hospitality

• Researcher

  • Oct 2014 - Jun 2015

  -Coordinated: "Cloud based localization services for mobile devices" work package in TAMOP-4.2.2.C-11 --design and implementation of a framework for heterogeneous (infrastructure-free + WiFi) location-based services; sensor fusion and probability models for context-aware heterogeneous localization; mapping and data management solutions for heterogeneous location-based services -Coordinated: "Cloud based localization services for mobile devices" work package in TAMOP-4.2.2.C-11 --design and implementation of a framework for heterogeneous (infrastructure-free + WiFi) location-based services; sensor fusion and probability models for context-aware heterogeneous localization; mapping and data management solutions for heterogeneous location-based services



Budapest University of Technology and Economics

• Hungary
• Higher Education
• 700 & Above Employee

• Researcher, PhD student

  • 1999 - 2004

  -Participated in several international research projects (IST MUSE, IST MIND, IST OverDRIVE, projects with NTT Co. Japan) -Held lectures and advised students in various ICT fields -Investigated research topics: --Mobile ad hoc and wireless networks: mobility prediction based routing algorithms and transfer protocols adapted to ad hoc networks; simulation/testbed based performance analysis of routing protocols, TCP and QoS signaling in ad hoc networks; interconnection of ad hoc and moving networks with the Internet --Quality of Service and Internet: broadband access and edge network architectures based on Metro Ethernet; monitoring techniques of network behaviour and bottleneck detection; architecture and transport middleware for dynamic service selection of TCP flow control algorithms Show less



Korean Electronics Technology Institute (KETI)

• South Korea
• Research Services
• 200 - 300 Employee

• Research Assistant

  • 2002 - 2003

  -research of 802.15.3 based Wireless Personal Area Networks (WPAN): simulation environment for WPANs; superframe formation and scheduling algorithms for video transfer protocols in WPANs -research of 802.15.3 based Wireless Personal Area Networks (WPAN): simulation environment for WPANs; superframe formation and scheduling algorithms for video transfer protocols in WPANs