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Results: 1-7 |
Results: 7
MODULE-BASED REINFORCEMENT LEARNING - EXPERIMENTS WITH A REAL ROBOT
Authors: KALMAR Z SZEPESVARI C LORINCZ A
Citation: Z. Kalmar et al., MODULE-BASED REINFORCEMENT LEARNING - EXPERIMENTS WITH A REAL ROBOT, AUTONOMOUS ROBOTS, 5(3-4), 1998, pp. 273-295
MODULE-BASED REINFORCEMENT LEARNING - EXPERIMENTS WITH A REAL ROBOT
Authors: KALMAR Z SZEPESVARI C LORINCZ A
Citation: Z. Kalmar et al., MODULE-BASED REINFORCEMENT LEARNING - EXPERIMENTS WITH A REAL ROBOT, Machine learning, 31(1-3), 1998, pp. 55-85
AN INTEGRATED ARCHITECTURE FOR MOTION-CONTROL AND PATH-PLANNING
Authors: SZEPESVARI C LORINCZ A
Citation: C. Szepesvari et A. Lorincz, AN INTEGRATED ARCHITECTURE FOR MOTION-CONTROL AND PATH-PLANNING, Journal of robotic systems, 15(1), 1998, pp. 1-15
NEUROCONTROLLER USING DYNAMIC STATE-FEEDBACK FOR COMPENSATORY CONTROL
Authors: SZEPESVARI C CIMMER S LORINCZ A
Citation: C. Szepesvari et al., NEUROCONTROLLER USING DYNAMIC STATE-FEEDBACK FOR COMPENSATORY CONTROL, Neural networks, 10(9), 1997, pp. 1691-1708
ROBUST-CONTROL USING INVERSE DYNAMICS NEUROCONTROLLERS
Authors: SZEPESVARI C LORINCZ A
Citation: C. Szepesvari et A. Lorincz, ROBUST-CONTROL USING INVERSE DYNAMICS NEUROCONTROLLERS, Nonlinear analysis, 30(3), 1997, pp. 1669-1676
APPROXIMATE GEOMETRY REPRESENTATIONS AND SENSORY FUSION
Authors: SZEPESVARI C LORINCZ A
Citation: C. Szepesvari et A. Lorincz, APPROXIMATE GEOMETRY REPRESENTATIONS AND SENSORY FUSION, Neurocomputing, 12(2-3), 1996, pp. 267-287
TOPOLOGY LEARNING SOLVED BY EXTENDED OBJECTS - A NEURAL-NETWORK MODEL
Authors: SZEPESVARI C BALAZS L LORINCZ A
Citation: C. Szepesvari et al., TOPOLOGY LEARNING SOLVED BY EXTENDED OBJECTS - A NEURAL-NETWORK MODEL, Neural computation, 6(3), 1994, pp. 441-458
Risultati: 1-7 |