•  prioritasEnhancement of public transportation quality by priorization

– Analysis of the combination of priorization methods, elaboration of strategies

– Elaboration of a dynamic priorization model, evaluation of system benefits

– Minimization of expected travel times and increasing its reliability


  • forgalmi_modellezesApplication of traffic modelling in the development of intelligent transportation systems

– Comparison of transportation modelling methods and processes

– Developing urban traffic control strategies with dynamic traffic forecasting

– Analysis of factors affecting travel time reliability


  • multimodalisOptimization of multimodal travel chains

– Method elaboration for the evaluation of multimodal journey planners

– Analysis of user group needs based on personal preferences

– Organization of daily activity chains using LBS technology



  • Effects of ITS developments in transport macromodelling

– Human behaviour and personal travel guidance

– Examine location, mode and route choice influencing

– Travelling habits, expected and perceived utilities and regrets


  • Influencing of road traffic parameters by integrated infocommunication technologyidojaras

– Safety enhancement through traffic management and information services

– Analysis of traffic management and parking on highways

– Weather dependent control on highways


  • integralt_legiConnection of passenger transport systems, development of adaptive organizational and management processes in air transportation

– Development of integrated air passenger information system model

– Analysis of time elements of travel chain

– Examination of the role of mobile application in travel chain

– Development of system model for mobile application in air transport

– Development of quality assessment method for air passenger transport


  • hangyaalgOptimized ant multimodal route planner development for passengers

– Study of heuristic algorithms (Ant-colony and genetic algorithm)

– Planning on multimodal networks

– Connecting of the individual and public transport


  • Integration of cycling into the urban transport systemkerekpar

– Analysis of the cycling characteristics

– Evaluation of bicycle transport network rating indicators

– Elaboration of simulation models, developing a computer application


  • carsharingInfluencing traveller and operator decision making by integrated telematics service on the basis of mobility needs and service quality

– Quality examination of novel modes of transportation

– Modeling mode choice of traveler

– Development of a decision support application



  • GJT_PhDVehicles

– Application of bioethanol and biogas in combustion engines, produced by industrial and agricultural waste

– Interaction of vehicle design and construction

– Analysis of hybrid exhaust gas recirculation

– Examination of wetting conditions at interfaces

– Laser joining of plastic and metal materials



  • Connection analysis and development of the material flow system and the related simulation model

– Analysis of online material flow systems with simulation support

– Analysis of development possibilities of adaptive simulations for predicting material flow systems


  • Lifting machines’ application in the part-supply of the production logistics emelogep

– Safety issues of the lifting machines

– Analysis of new lifting machine constructions in production logistics


  • Integrational capabilities of material handling system made of autonomous, mobile robots into industrial production systemsautonom_robot

– Analysis of the navigation of driverless forklift trucks, their communication with each other and SAP

– Analysis of implementation of mobile robots in the industry


  • Development of AI (Artificial Intelligence) based Business Intelligence applications in logisticsuzleti_intelligencia

– Investigation of Fuzzy-Evolution-Neural based algorithms and development of logistics applications based on these methods

– Time series identification and forecasting based on ARIMA modeling & DA

– Investigation of evolutionary computing intelligence methods for stochastic processes


  • Increasing efficiency of logistics processes supporting production systems by the increase of the control-machine intelligencetermelesi_rendszer

– Application of presently applied hardware devices for the implementation of further logistic functions

– Analyzing the question if the efficiency of the production control can be developed by the information from the material flow system


  • Analysis of construction processes with logistics principlesepitesi_folyamatok

– Mapping of processes of construction works, searching for optimalization opportunities

– Implementing a pilot system (on board systems, GPS)


  • Developing urban goods transport by using city logistics solutionscity_logisztika

– Creating the mesoscopic model of consolidated urban goods transport. Comparison of alternative solutions with simulation

– Optimalization of supply chain structures. Selection of transport (and handling) technologies


  • The applicability of intelligent range sensing and modelling methods in the construction automationtaverzekeles

– Exploration of new fields of the intelligent sensors, 3D imaging and camera systems usage

– Investigation of 3D models applicability created by CAM-CAD system to the field of 3D object recognition


  • Non-conventional optimalization methods for increase of efficiency in logistic of service-like processesoptimalizacios_eljaras

– Logistic of services: Logistic at home? In education? In the government processes? In medical attendance?

– Developing new logistic models for different fields, where the main function is not the logistic


  • The scientific study of lean toolslean_eszkozok

– The study of paradigms behind lean tools

– Exploring the limits of lean tools

– Applicability of the pull-systems, the kanban system, and the heijunka


  • Modification of the technical drawig rules regarding the priorities of the 3D modelling

– Technical drawing rules developed for manual drawing

– 2D generating angorithms of the 3D modelling systems do not take into consideration all of these rules

– Approach of the real engineering practice and the rules

– Recommendations towards the software makers and standard assemblers


  • Elasto-plastic stability of frame structuresvazszerkezetek

– Typisation of loss of stability in elastic and plastic cases

– Computation of stability limits and critical loads


  • Nonlinear waves in traffic systemsnemlinearis

– Acceleration/deceleration of a vehicle platoon element propagates wavelike in the platoon



  • Traffic and vehicle control

– Jármű-infrasturktúra hálózatok alkalmazása járműfelügyeleti és -irányító rendszerekbeniranyitas

-Accumulator status detection in vehicles for better energy management

– Decreasing of storehouse machine columnvibration with modern control measures

– Optimal following control for UAV tools

– Changeable directed traffic lane analysis on urban transportation networks kooperativ

– Using LPV method to improve quality parameters of integrated vehicle control systems

– New methods for traffic measurement and control

– Adaptiv speed control based on traffic, environment vehicle dynamics and driver parameters

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