Adrian Curaj
Politehnica University of Bucharest
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Featured researches published by Adrian Curaj.
IFAC Proceedings Volumes | 2002
Ion Ion; Ion Simionescu; Adrian Curaj
Abstract Walking mechatronic systems protected much better the environment when their contact with the soil is discrete, a fact that limits appreciately the area that is crushed. In order to make and to control a walking robot, one needs the knowledge of all walking potentialities since the choice of the number of legs as well as of their structures depend on the type of gait that has been selected. In the Mobil Robots Laboratory of the POLITEHNICA University of Bucharest, a four-legged modular mechatronic system has been built and tested, while a hexapod one is being tested.
international joint conference on computational cybernetics and technical informatics | 2010
Theodor Borangiu; Adrian Curaj; Anamaria Dogar
The paper presents a strategic academic project, promoting in collaboration with industry a modern educational frame for skills and competence training in higher education in the area of Service Science, Management and Engineering (SSME) and fostering innovation in services industry, based on an open and continuous education model which uses an advanced Information Technology infrastructure — Cloud Computing — with virtualised resources, which can be accessed as services.
CLAWAR | 2006
Ion Ion; Ion Simionescu; Adrian Curaj; Lucian Dulgheru; Aurelian Vasile
Walking robots represent a special category of robot, characterized by having the power source and technological equipment on-board the platform. A walking robot can traverse most natural terrains. The advantages of a legged system for off-road use have been gradually recognized. One of the most important advantages is mobility.
Applied Mechanics and Materials | 2015
Ion Ion; Mircea Găvan; Adrian Curaj; Grigore Stamatescu; Cornel Dinu
The last years a large number of vehicles have been developed for their mobility characteristics over rough terrains. The new modular walking robot MERO* (MEchanism Robot- *Pelecudi Ch et.al.) by reconfiguring their architecture are built to displace the heavy loads on the rough terrains. The main characteristic of the modular walking robot is that they are able to move away on not arranged, horizontal and rough terrains. The modular mechatronic system protect much better the environment when its contact with the soil is discrete, a fact that limits appreciately he area that is crushed. Operation of autonomous walking robot MERO movement implies the existence of a close link between planning movements, environmental perception and executions order to obtain an appropriate behaviour in weakly structured environments. For further acquisition of terrain information, we propose installed active force sensor for terminal leg. This paper describes the detailed design and the prototype characterization of a novel tactile sensor force/moment sensor for MERO an intelligent walking robot’s .
Proceedings of the 14th International Conference on Climbing and Walking Robots and the Support Technologies for Mobile Machines | 2011
Luige Vladareanu; Ion Ion; Adrian Curaj; Stefan A. Dumitru
The paper presents ZPM dynamic control of walking robots, developing an open architecture real time control multiprocessor system, for dynamics stability improvement of MERO walking robots. In order to increase mobility and stability in real conditions and to obtain superior results relating to the possibility of moving walking robots on terrains with close configuration to real situations such as slope walking, overtaking or avoiding obstacles, the paper presents research regarding the integration of compliant control and fuzzy control into the hybrid position force control system architecture for hexapod walking robots. The results obtained shows that this allows the robot to adapt to rough terrain through a real time control with increased stability during walking.
IFAC Proceedings Volumes | 1995
Aurelian Mihai Stanescu; I. Dumitrache; Adrian Curaj; R.C. Patras
Abstract The paper is dealing with a theoretical approach for design the goal-structure-oriented missions to be performed by autonomous robots. A three orthogonal views-based framework is usedfor the behavioral, structural and physical representations within design space. The object oriented paradigm is chosen to support the development of an integrated tool that can ensure the user to generate and evaluate various scenarios. A six legged spider-like robot is OO modelled and simulated as a case study.
Archive | 2009
Luige Vladareanu; Lucian M. Velea; Radu Loan Munteanu; Adrian Curaj; Sergiu Cononovici; Tudor Sireteanu; Lucian Capitanu; Mihai Munteanu
Proceedings of the 16th International Conference on Climbing and Walking Robots and the Support Technologies for Mobile Machines | 2013
Ion Ion; Adrian Curaj; Aurelian Vasile; Dumitru Iulia; Stamatescu Grigore
Proceedings of the Eleventh International Conference on Climbing and Walking Robots and the Support Technologies for Mobile Machines | 2008
Ion Ion; Ion Simionescu; Adrian Curaj; Vladareanu Luige; Aurelian Vasile
Archive | 2016
Ion Ion; Adrian Curaj; Cornel Dinu; Mihai Deliman