Misją Instytutu jest dzialalność naukowo-badawcza prowadząca do nowych rozwiązań technicznych i organizacyjnych użytecznych w kształtowaniu warunków pracy zgodnych z zasadami bezpieczeństwa pracy i ergonomii oraz ustalanie podstaw naukowych do właściwego ukierunkowywania polityki społeczno-ekonomicznej państwa w tym zakresie.
Institute of Sound and Vibration Research University of Southampton, |
ACTIVE 2002 ORGANISATION General Chair: Proceedings Editors: Organising Committee Members: Symposium Secretariat: INCE/USA Liaison: SCIENTIFIC COMMITTEE:
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ACTIVE 2002 organisation (iii) | |
Scientific Committee (iv) | |
Preface (v) | |
V O L U M E 1 | |
DISTINGUISHED LECTURES (1) | |
Active control of sound radiation from structures: progress and future directions (3) C. R. Fuller |
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Recent application of active noise and vibration control to automobiles (29) H. Sano, T. Yamashita, M. Nakamura |
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Active control of cable structures (43) A. Preumont, F. Bossens |
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Active control for virtual acoustics (67) P. A. Nelson |
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ACTIVE SOUND CONTROL (91) | |
Local or global control - the applicable active noise control strategy in enclosed environments (93) J. Guo, J. Pan, M. Hodgson |
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An adaptive LMS virtual microphone (105) B. Cazzolato |
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Formatting of zones of quiet around a head simulator (117) M. Brothánek, O Jiříček |
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ANC applied to building elements: real scale realization (123) F. Valentini, F. Scamoni |
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Sensing systems for active of aerodynamic noise (135) M. K. Symes, D. J. J. Leclercq, C. H. Hansen |
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Preliminary investigation of active control for dipole noise sources (147) A. Nakashima, J. Guo, M. Hodgson |
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Active Cancellation of Tone Noise Generated by a Circularly Phase-Shifing Ring Source (159) T. Aoki, T. Morishita, T. Mori, T. Tanaka, M. Taki |
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A new method for active suppression of the reflected sound waves based on the Kirchhoff-Helmholtz integral equation with state feedback control (167) H. Takahashi, Y. Suzuki, S. Takane, F. Asano |
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ACTIVE CONTROL OF OUTDOOR SOUND (179) | |
Active noise control of a moving source (181) A. Roure |
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Measurement and prediction of an outdoor multi-channel multi-frequency active noise control system (191) S. Wright, H. Atmoko |
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Cancelling rapidly changing free-field noise including unpredictable sound (203) S. Wright, H. Atmoko |
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Resonator-based active control of transformer noise (213) L. Sujbert |
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"Confining silence": a free-field experiment of multichannel control for random noise coming from uncorrelated sources in an anechoic room (221) E. Friot, C. Bordier |
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ACTIVE CONTROL IN DUCTS (231) | |
Source distributions for active control of sound in ducts of finite length (233) G. Mangiante |
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Active noise control in ducts using genetic algorithms (243) J. C. Werner, J. Sotelo Jr., R. G. Lima, T. C. Fogarty |
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Active Noise Control in a Practical Air Duct Using Genetic Algorithm (255) Y. Huamin, Z. Haichao, S. Yin |
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On the application of finite wave elements for efficiency analysis of active piping noise and vibration control (ANVC) systems (261) V. Ilkov, V. Maslov, A. Pyshin |
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Specifics of active noise and vibration control (ANVC) application in flow lines with centrifugal pumps (267) V. Ilkov, V. Maslov, A. Shirshov |
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ACTIVE CONTROL OF SOUND IN VEHICLES (273) | |
Evaluation and demonstration of advanced active noise control in a passenger automobile (275) C. G. Park, C. R. Fuller, M. Kidner |
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Active noise reduction in the cabin of an earth-moving machine (285) C. Carme, F. Fohr, M. Besombes |
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Hybrid Isolation of Structure-Borne Sound (291) C. A. J. Beijers, A. de Boer |
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Practical implementation of a multiple-channel FxLMS Active Noise Control system with shaping of the residual noise inside a van (303) P. Ramos, A. Salinas, A. Lopez, E. Masgrau |
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Acoustical analysis aimed at the characteristation of an Active Noise Control system inside a van and the improvement of its performance (315) A. Lopez, A. Salinas, P. Ramos, E. Masgrau |
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Active exhaust line for truck diesel engine (327) F. Fohr, C. Carme, J.-L. Peube, P. Vignassa, F, Le Brazidec |
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Design of adaptive harmonic noise controller for engine exhaust system (333) J.-D. Wu, H.-P. Lin, T.-H. Lee |
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Design of an active exhaust attenuating valve for internal combustion engines (345) R. Boonen, P. Sas |
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Active Control of Buzz-Saw Tones (357) M. J. Wilkinson, P. F. Joseph, A. McAlpine |
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Tonal Active Control in Production on a Large Turbo-prop Aircraft (369) R. A. Hinchliffe, I. A. Scott, M. J. Purver, I. M. Stothers |
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Higher-order virtual sensing for active noise control (377) J. M. Munn, B. S. Cazzolato, C. H. Hansen, C. D. Kestell |
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Subjective considerations in multichannel active noise control equalization of repetitive noise (387) A. Gonzales, M. Ferrer, M. de Diego, G. Pinero |
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AUDIO APPLICATIONS (399) | |
Adaptive Sound Equalisation using Constrained Frequency-Domain Filters (401) P. S. Tam, B. Rafaely |
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Performance comparison of multichannel active noise control equalizers (413) M. de Diego, A. Gonzalez, M. Ferrer, G. Pinero |
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A direct inverse method for crosstalk cancellation in a stereo reproduction system (425) S. M. Kim, D. Han, S. Wang |
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HARDWARE FOR ACTIVE CONTROL (437) | |
Development of an ANC demonstrator for public exhibition and use in a science museum (439) E. Pfann, G. Rice, I. Stirling, R. W. Stewart |
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Microcontroller-driven analogue filter for active noise control (449) M. Antila, K. Hakanen, J. Kataja |
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Identification of an electro-pneumatic loudspeaker using Hammerstein models (457) W. Svensson, U. Holmberg |
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ACTIVE STRUCTURAL ACOUSTIC CONTROL (469) | |
Smart panel with multiple decentralised units for the control of sound transmission Part I: Theoretical predictions (471) P. Gardonio, E. Bianchi, S. J. Elliott |
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Smart panel with multiple decentralised units for the control of sound transmission Part II: Design of the decentralised control units (487) P. Gardonio, E. Bianchi, S. J. Elliott |
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Smart panel with multiple decentralised units for the control of sound transmission Part III: Control system implementation (499) P. Gardonio, E. Bianchi, S. J. Elliott |
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A Feedback Broadband Vibration Control of an Aeronautical Panel (511) C. Natale, F. Franco, A. Cavallo, F. Marulo |
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Wavenumber domain feedback control of noise radiated from long cylindrical shells (523) K. Song, M. J. Atalla, S. R. Hall |
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Numerical modeling of distributed active vibration absorbers (DAVA) for control of noise radiated by a plate (535) P. Marcotte, C. R. Fuller, M. E. Johnson |
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Control of sound transmission with active-passive tiles (547) A. L. Goldstein, C. R. Fuller |
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Active Control of Floor Impulse Noise (559) S. Akishita, S. Matsumoto, Y, Mitani |
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Active noise control of a double-glazed panel (567) B. Seba, S. Pietrzko |
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Model for the active control of the flow-induced noise transmitted through a stiffened double-panel (575) C. Maury, P. Gardonio, S. J. Elliott |
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Vibration sensing of orthogonal acoustic multipole radiation patterns for active noise control (587) N. C. Burgan, S. D. Snyder, N. Takana, A. C. Zander |
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Real time acoustic based modal filtering approach to sensing system design (599) S. G. Hill, S. D. Snyder, B. S. Cazzolato |
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Design of actuator arrays for active structural acoustic control (611) A. Berkhoff |
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Optimization Strategy for Actuator and Sensor Placement in Active Structural Acoustic Control (621) M. H. H. Oude Nijhuis, A De Boer |
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SMART MATERIALS AND STRUCTURES (633) | |
A novel electrode concept for spatial filtering with piezoelectric films (635) A. Preumont, A. François, P. De Man, N. Loix |
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The static characteristics of cellular piezoelectric plates (645) M. Ruzzene, A. Baz |
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Optimisation of an hybrid acoustical liner for noise reduction of engine aircraft nacelles(657) O. Hilbrunner, M.-A. Galland, N. Sellen, J. Perisse |
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Inverse dynamics application for MR seat damper vibration control (669) B. Sapiński, A. Piłat |
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Dynamic and control of composite curved beam structures containing piezoelectric laminas - Application to antifouling (681) M. Rahmoune, M. Ahmed Hamdi |
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V O L U M E 2 | |
FEEDFORWARD CONTROL (693) | |
Performance of Adaptive Algorithms for non-stationary disturbance (695) A. Omoto, M. Maeda, K. Fujiwara |
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Optimization of stability and performance of LMS filters for feedforward active noise reduction in communication headsets (705) L. R. Ray, R. D. Collier, K. H. Kaliski |
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Removal of Unwanted Harmonics in One-Dimensional Non-Linear Active Noise Control Systems (717) M. W. O.Brien, P. Pratt, C. J. Downing |
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Active noise control system based on neural network (729) L. Morzyński |
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Howling Cancellation for Active Noise Control (739) S. Kijimoto, H. Tanaka, Y. Kanemitsu, K. Matsuda |
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Robust design of active noise control system on a spray dryer exhaust (749) X. Qiu, X. Li, D. Leclercq, A. Zander, C. Kestell, C. H. Hansen |
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Active control of fan noise in a duct (761) Y.-J. Wong, R. Paurobally, J. Pan |
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Application of IIR filters in multi-channel ANC in ducts (773) O. Jiricek, M. Brothanek |
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Improvement in the convergence property of adaptive feedforward contollers and their application to the active control of ship interior noise (781) S. Ishimitsu, S. J. Elliott |
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Development and simulation of active noise control systems (793) R. Bustamante, H. Perez-Meana, B. Psenicka, S. Barreto |
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Frequency Domain Simultaneous Equations Method without Secondary Path Filter (803) K. Fujii, S. Hashimoto, M. Muneyasu |
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A Laguerre escalator lattice predictor for secondary path identification of feedforward/feedback active noise control (813) S. Veena, S. V. Narasimhan |
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ACTIVE VIBRATION CONTROL (825) | |
Active damping based on decoupled collocated control (827) J. Holterman, T. J. A. de Vries, F. Auer |
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Active damping for a beam using feedback control (839) W. Variyart, M. J. Brennan, S. J. Elliott |
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Quantification of damping mechanisms of active constrained layer treatments (851) H. Illaire, W. Kropp |
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Distributed four-layer PVDF sensor and actuator arrangement for the control of beam motion (863) Y.-S. Lee, S. J. Elliott, P. Gardonio |
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Piezoelectric and viscoelastic constrained layer-based vibration control: numerical developments and performance evaluation (875) A. Benjeddou |
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Active vibration control for an optical delay line (887) N. J. Doelman, T. C. van den Doll |
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Boundary control of axially moving string via fuzzy sliding-mode control and fuzzy neural network methods (899) P. C.-P. Chao, J.-S. Huang, C.-L. Lai |
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Coupling between a matched piezoelectric sensor/actuator pair due to flexural and longitudinal waves in an infinite beam (911) Y. S. Lee, S. J. Elliott, M. J. Brennan |
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Instantaneous structural intensity for time domain control in a damped cantilever beam (923) M. Noël, F. Simon, J.-C. Pascal |
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Active vibration control of damaged rectangular plates (935) A. B. Roytman, J. A. Lymarenko |
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Active cluster control of a distributed-parameter planar structure (943) N. Tanaka |
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Model based active suspension control for a passenger car (955) C. Lauwerys, J. Swevers, P. Sas |
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Active control of vibration in pipes (967) W. Variyart, M. J. Brennan |
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Active control of a nonlinear plate with all-sides clamped (979) S. Homann, M. Rose, L. F. Campanile |
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Modeling, identification and control of vibrating circular plate with simply supported boundary condition (991) R. Leniowski, L. Leniowska |
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ACTIVE VIBRATION ISOLATION (1003) | |
Active vibration isolation of a helicopter strut (1005) N. J. Kessissoglou, P. Gardonio |
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A soft six degrees of freedom active vibration isolator based on Stewart platform (1021) M. Hordonica, A. Abu-Hanieh, A. Preumont |
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Active vibration isolation of a flexible using velocity feedback control (1033) X. Huang, S. J. Elliott, M. J. Brennan |
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Equipment isolation of a SDOF system with an inertial actuator using feedback control strategies (1043) L. Benassi, P. Gardonio, S. J. Elliott |
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Use of magnetorheological fluid dampers in semi-active driver seat vibration control (1055) T. Siretenau, D. Stancioiu, C. W. Stammers |
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Active Vibration Isolation Using Magnetostrictive Actuator (1063) Y. Krishna, B. S. Sarma, U. Shrinivasa |
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Reconstruction of Absolute Displacement of a Vibration Isolated Mass in a 2 DOF System (1075) J. Konieczny, J. Kowal, A. Podsiadło |
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Some results of research of an active electro-pneumatic suspension system (1085) G. J. Stein |
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Effects of non-linearity on an X-LMS active vibration isolation platform using piezoelectric stack actuators (1097) Y. Pasco, A. Berry |
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SEMI-ACTIVE (ADAPTIVE) CONTROL (1109) | |
Comparison of local and global adaptive strategies for the control of broadband noise in an enclosure using adaptive Helmholtz resonators (1111) M. E. Johnson, S. Estève |
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Semi-active dampers for shock and vibration isolation: algorithms and performance (1121) Y. Liu, B. Mace, T. Waters |
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Vibrations control using hybrid dynamic vibration absorber (HDVAs) based on magnetostrictive active material (1133) E. Monaco, F. Franco, L. Lecce |
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ACTIVE POSITION CONTROL (1141) | |
On the precision servoelastic control of semiconductor manufacturing equipment in the presence of structural vibrations (1143) B. Pletner, H. Dorn, M. Karpel |
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Experimental study of command shaping techniques for vibration control of a flexible manipulator with payload (1155) Z. Mohamed, M. O. Tokhi |
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Design of a robust PID-like mu-synthesis controller for the position control (1165) U. Schöenhoff, C. Ehmann, R. Nordmann |
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Robust sliding-mode control design of a four-wire-type optical lens actuator for high-density CD/DVD pickups (1177) P. C.-P. Chao, J.-S. Huang, C.-L. Lai |
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An interactive environment for simulation and control of flexible structures (1189) S. Z. Mohd Hasim, I. Z. Mat Darus, M. O. Tokhi |
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FEEDBACK CONTROL (1201) | |
An optimisation-based design method for analogue feedback controllers for active noise control (1203) J. M. I. Kataja, M. J. Antila |
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Digital Feedback Control for Active Hearing Protection (1211) V. Zimpfer-Jost |
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Analogue-digital control for active headsets (1219) M. Pawełczyk |
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Performance limits and real-time implementation of a virtual microphone active headrest (1231) W.-K. Tseng, B. Rafaely, S. J. Elliott |
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Low complexity robust control of a headrest system based on virtual microphones and the internal model principle (1243) U. Holmberg, N. Ramnér, R. Slovak |
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MIMO H2 and robust feedback controller estimation for a vibrating plate using subspace model identification (1251) R. Fraanje, M. Verhaegen, N. Doelman, A. Berkhoff |
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Active minimization of sound fields through finite element modeling and H-infinity control theory (1263) T. Samejima, D. Yamamoto |
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Finite difference time domain simulation of characteristics of a feedback type active noise control system in a duct (1275) T. Morishita, T. Aoki, M. Taki |
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Application of Feedback IMC System for Active Noise Control in Duct (1287) Y. Tanaka, A. Omoto, K. Fujiwara |
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Rapid deployment of affordable control systems for underwater vehicles (1297) S. Tangirala, J. Dzielski |
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Experimental analysis of the multi-pulse-width modulation control of a large space structure using on/off jet thrusters (1307) L. Dozio, F. Bernalli Zazzera, P. Mantegazza |
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High and low frequency instabilities in feedback control of a single-degree-of-freedom system (1317) K.A. Ananthaganeshan, M. J. Brennan, S. J. Elliott |
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Implementation aspects for FSF-based feedback control with secondary path estimation (1327) T. Meurers, S. M. Veres |
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A state equation architecture and adaptive algorithm for feedback ANC system (1339) I. Nagashiro, T. Machida |
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