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Development of transient stability controller system (TSC) based on on-line stability calculation

ELECTRICAL engineering IN JAPAN 1996年第4期117卷 61-79页

作者： Ota, H Inoue, T Ito, H Fukushima, N Omata, K Morita, K Kokai, Y Chubu Electric Power Co. Graduated in 1955 from the Department of Electrical Engineering of the Faculty of Engineering University of Tokyo and joined Chubu Electric Power Co. in the same year. He is engaged mainly in developing technology for construction planning as well as protection stabilization and automatic control of power systems. He is currently a Director and Vice President of the company. He received an OHM Technology Award in 1971 and an Achievement Award from the I.E.E. Japan in 1992. Graduated in 1962 from the Department of Electrical Engineering Shibaura Institute of Technology and joined Chubu Electric Power Co. in the same year. He is engaged in the development of technology for large-scale centralized control of power systems as well as the networking of control computers. He is currently a System Analysis Group Chief in the System Operation Division of the company. Graduated in 1985 from the Department of Electronics and Electrical Engineering of the Faculty of Engineering Tokyo Institute of Technology and joined Chubu Electric Power Co. in the same year. He is engaged mainly in the development of technology for power system protection and stabilization. He is currently working in the System Analysis Group of the System Operation Division of the company. Toshiba Corporation Graduated in 1967 from the Department of Electrical Engineering University of Tokyo and joined Toshiba Corporation in the same year and engaged in development of power system control systems in Japan and abroad. He is currently a Chief of System Technology in the Power System Technology Division of the company. He is a member of the Theses Subcommittee of the 1995 World Energy Conference. He is an Assistant Secretary of the Japanese Committee of CIGRE and a member of the Japanese Subcommittee of CIGRE SC35 and 39. He is a member of IEEE. Completed his Master's course at the Science and Engineering Research Division of the Graduate School Waseda University in 1980 and joined Toshiba Corporation in the same year. H

A new transient stability controller system (TSC) based on on-line transient stability calculation has been developed. The TSC system prevents the power system from wide-area blackout by shedding generators optimally when a serious fault occurs. This system consists of a central processing unit (TSC-P), and four local units for fault detection (TSC-C), and seventeen units for generator shedding(TSC-T). The TSC-P selects optimal generators to be shed for stabilization based on on-line transient stability calculation for contingencies at 500 kV lines and buses every five minutes. The results are transmitted to the TSC-Cs periodically. Should any fault occur, only one TSC-C will detect the fault occurrence and send control signals to the TSC-Ts which actually generate shedding signals. To realize the TSC system, essential are fast stability evaluation methods for a large number of contingencies and effective selection methods of optimal generators to be shed for stabilization. This paper presents total algorithms applied in the TSC-P, the results of algorithm verification tests using a prototype system combined with a large-scale analog simulator, and the characteristics of the actual system.

关键词： power system stabilization generation shedding on-line stability calculation screening parallel calculation

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design for manufacture in the aerospace extended enterprise

World Class Design to Manufacture

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World Class design to Manufacture 1995年第2期2卷 28-33页

作者： Kamal Sehdev Ip‐Shing Fan Stephen Cooper Gareth Williams Research Officer at the CIM Institute. As well as his involvement in the EPSRC‐funded Design for Manufacture in the Extended Enterprise Project he lectures to the Master′s course on the application of AI and expert systems in business on data communications and on computer‐aided design and manufacture. He can be contacted at the CIM Institute Cranfield University Cranfield Bedford MK43 0AL UK. Tel: 01234 754073 Fax: 01234 750852. Lecturer and the Research Manager at the CIM Institute. He is the Principal Investigator of this Project. He also works in various European Commission funded research projects in design for manufacture and concurrent engineering. Research Assistant at the CIM Institute at Cranfield University and is working towards a PhD. He is the full‐time Research Associate on the Design for Manufacture in the Extended Enterprise Project. He is involved with many aspects of the project but is particularly involved in the area of design for manufacture/assembly tools and techniques. Manufacturing engineering research group at the BAe Cranfield Manufacturing Centre. He is a Research Associate on the Design for Manufacture in the Extended Enterprise project contributing aerospace manufacturing and business process expertise.

design for manufacture (DFM) is accepted as an important tool toimprove manufacturing competitiveness. Reports on the results of thefirst phase of a study conducted by Cranfield University to establishthe user require... 详细信息

关键词： Aerospace industry Co‐makership Europe Supply‐chain management

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DETERMINISTIC RULE-BASED TRAFFIC DESCRIPTORS FOR BROAD-BAND ISDN - WORST-CASE BEHAVIOR AND ITS IMPACT ON CONNECTION ACCEPTANCE CONTROLS

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INTERNATIONAL JOURNAL OF COMMUNICATION SYSTEMS 1995年第2期8卷 91-109页

作者： DOSHI, BT HO 3M-335 AT&T Bell Laboratories Holmdel NJ 07733 U.S.A. Bharat T. Doshi is a supervisor in the Performance Analysis Department at AT&T Bell Laboratories Holmdel New Jersey. His group provides analytic support for a variety of AT&T's information management systems telecommunications systems and networks and computer networks in the areas of performance engineering capacity planning and congestion management. His group also conducts research in integrated communication systems and networks. Recent work has concentrated on frame relay networks ATMibroadband ISDN wireless networking and PCS. The focus is in the areas of error controls flow and congestion controls communication protocols routeing strategies network design and fault-tolerant operation. Bharat's research interests include queueing theory and teletraffic theory and their applications to computer and communications systems. He has over sixty publications in a variety of technical journals. Bharat received his B.Tech. from ITT Bombay in 1970 and an M.S. and Ph.D. in Operations Research from Cornell University in 1973 and 1974 respectively. Bharat is member of IEEE and ORSA and Associate Editor of the OR Letters High Speed Networking and Queueing Systems Journals.

Deterministic rule based traffic descriptors in general, and leaky bucket based (LBB) traffic descriptors in particular, offer many advantages over statistical descriptors for specifying and monitoring traffic in the ATM based broadband ISDN (BISDN). However, these traffic descriptors do not specify the traffic pattern uniquely. Thus, acceptance of a connection request with specific traffic descriptor parameter values implies that the network has agreed to guaranteeing the quality of service (QOS) for the worst case traffic compliant with the traffic descriptor (and hence allowed by the monitor). This poses challenges which have not been addressed adequately. Two of the important ones are: (i) definition of the worst case behaviour and characterization of the worst case traffic compliant with the traffic descriptor;(ii) connection acceptance controls (CAC) for the worst case traffic sources compliant with the traffic descriptors. In this paper we address these questions for leaky bucket based (LBB) traffic descriptors. The focus is on the first problem. The implications on the second problem are discussed briefly. The performance measure and QOS requirements are in terms of the cell loss ratios. We first define the worst case behaviour for homogeneous and heterogeneous environments in terms of collective cell loss ratio (CLR)) from the multiplexer. We consider both the unbuffered and buffered cases. However, most of the results here are for the unbuffered case. For the case of an unbuffered multiplexer and homogeneous source environment, we show that a simple on-off source represents the worst case behaviour of an LBB source. In a heterogeneous source traffic environment, the on-off behaviour is the worst only in a limited sense and the use of a collective measure results in anomalous relationships between the source behaviour and the CLR. A more appropriate measure should be based on individual cell loss ratios or on the maximum of the individual CLRs. We analyse L

关键词： ATM CELL LOSS RATIO UNBUFFERED MULTIPLEXER BUFFERED MULTIPLEXER

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TRIMARAN SHIPS - THE CONFIGURATION FOR THE FRIGATE OF THE FUTURE

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NAVAL ENGINEERS JOURNAL 1995年第3期107卷 77-93页

作者： ANDREWS, DJ ZHANG, JW David Andrews:is the Professor of Naval Architecture at University College London. He is a member of the Royal Corps of Naval Constructors and has spent his career in submarine and surface ship design and procurement projects. He graduated from UCL in 1970 and obtained his MSc in Naval Architecture in 1971. During his tour year appointment to UCL as Lecturer in Naval Architecture he obtained his PhD in Naval Architecture and Ocean Engineering for his thesis ‘Synthesis in Ship Design’ in 1984. From 1986 to 1990 he was the Warship Project Manager for the Royal Navy's Replacement Amphibious Programme (LPD and LPH) and for the Aviation Training Ship (RFA ARGUS) as well as the in-service Steam Powered Warships Group. Before returning to UCL in 1993 he was the Head of Preliminary Design in the Future Projects Directorate where he was responsible for studies into future submarines and surface ships including unconventional hull forms. At UCL he directs the naval architecture undergraduate and MSc courses whilst heading up the Naval Architecture Research Group's programmes in computer aided preliminary design trimaran research combat system integration and ship design methodology. He is a Chartered Engineer and Fellow of the Royal Institution of Naval Architects for whom he Chairs the Membership Committee and is a Member of Council and the Executive Committee

This paper follows on from two previous papers from UCL. The first describes a student ship design for an advanced technology frigate, configured with three hulls, whilst the second, given by the first author's predecessor at UCL and the second author at the RINA in 1994, described the reseach undertaken at University College London into the naval architecture of Trimaran Ships. The paper commences with a resume of the origins of the Trimaran concept, its first power boat example, the Ilan Voyager, and the Advanced Technology Frigate design which adapted the trimaran configuration to a modern warship requirement. The other UCL design studies, ranging from an offshore patrol vessel to a small aircraft carrier, are outlined. The various naval architectural considerations of powering, stability, structures and manoeuvring are then described. Particular attention is focused on the seakeeping analysis which is being undertaken jointly by UCL and DRA Haslar from the autumn of 1994 although the submission date for publication precludes inclusion of model and analytical results. Finally, on work in hand, preliminary results on a spatial analysis of the Trimaran configuration and the advantages this appears to provide in a more spacious upper deck and main deck arrangement in the central portion of the ship is outlined. The paper concludes by postulating that, in respect of the capabilities likely to be most significant in the requirements for frigate designs in the future, the Trimaran would appear to have distinct advantages over the monohull and other unconventioanl hull forms.

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CONCURRENT LARGE-SIGNAL SIMULATION OF AN ACTIVE MICROSTRIP ANTENNA

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INTERNATIONAL JOURNAL OF NUMERICAL MODELLING-ELECTRONIC NETWORKS DEVICES AND FIELDS 1995年第1期8卷 3-12页

作者： MCDOWALL, DS FUSCO, VF High Frequency Electronics Laboratory. Department of Electrical and Electronic Engineering The Queen's University of Belfast Ashby Building Stranmillis Road Belfast BT9 5AH U.K. D. Stewart McDowall was born in Dublin Republic of Ireland in 1967. He received the M. Eng. degree in Electrical and Electronic Engineering from the Queen's University of Belfast in 1990. In the same year he was presented with a Distinction Award from the Departmnet of Education of Northern Ireland and he is currently pursuing his Ph.D. in the Microwave Research Group at Q.U.B. His principal research area is the electromagnetic field mapping of microwave systems using concurrent programming. He is an Associate Member of the Institute of Electrical Engineers. Vincent F. Fusco was educated at the Queens's University of Belfast where he obtained the degree of Ph.D. in 1982. He has worked as a research engineer on short-range radar and radio telemetry systems. Currently he is a reader in Microwave Communications in the School of Electrical engineering and Computer Science the Queen's University of Belfast. His current research interests include non-linear microwave circuit simulatino and concurrent programming techniques for electromagnetic field problems with particular emphasis on EMC applications. He has published numerous research papers in these areas. He is the author of the bookMicrowave Circuits Analysis and Computer Aided Design Prentice-Hall 1987. Dr Fusco is a Chartered Electrical Engineer and a Member of the Institute of Electrical Engineers.

This paper details the use of a circuit-based EM modelling technique combined with a harmonic balance simulator used to model the radiation from the microstrip bodies comprising an active antenna circuit. The modelling approach adopted for the planar bodies in the circuit will be shown to allow the use of concurrent algorithms in order to reduce overall computational time.

关键词： Microstrip antennas

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Development of multimedia modules for education

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computer applications in engineering Education 1995年第2期3卷 97-97页

作者： Iskander, M.F. Catten, J.C. Jameson, R. Jones, A. Balcells, A. CAEME Center College of Engineering University of Utah Salt Lake City Utah 84112 Dr. Iskander edited a book onMicrowave Processing of Materialspublished by the Materials Research Society in 1994 and authored a textbook onElectromagnetic Fields and Waves published by Prentice Hall 1992. He edited theCAEME Software Book Vol. I 1991 Vol. II 1994 and coedited two other books onMicrowave Processing of Materials both published by the Materials Research Society in 1991 and 1992. Dr. Iskander edited two special issues of theJournal of Microwave Power one on “Electromagnetics and Energy Applications” March 1983 and the other on “Electromagnetic Techniques in Medical Diagnosis and Imaging” September 1983. He also edited a special issue of theACES Journalon computer-aided electromagnetics education. He has published over 150 papers in technical journals and made numerous presentations in technical conferences. Dr. Iskander is the editor of the journalComputer Aplications in Engineering Education (CAE) published by John Wiley & Sons Inc. He is a fellow of IEEE and a member of the National Research Council Committee on Microwave Processing of Materials. His present fields of interest include the use of numerical techniques in electromagnetics. Rex M. Jameson:received his BS in Physics from Stanford University in 1992 and his ME in Electrical Engineering from the University of Utah in 1995. He currently works for the CAEME Center as a programmer. Antony K. Jones:has extensive experience with three-dimensional computer-rendered graphics on Macintosh Amiga and PC platforms. He has had years of commercial experience with the design and printing of computer-generated graphics. Albert R. Balcells:received a Telecommunication Engineering degree in 1994 from the Superior School of Telecommunication of Barcelona Polytechnic University of Catalunya (EC) and is currently pursuing a MS degree in Electrical Engineering from the University of Utah. He has experience in DOS and UNIX-based systems and is fluent in C C++

Development of multimedia modules and courses for engineering education present a significant opportunity to modernize curricula and improve the effectiveness of teaching and learning. In this article we review the various hardware and software components required to develop multimedia lessons and discuss the role of each component in the structure of a multimedia module. Examples of multimedia lessons developed for CD-ROM distribution by the Center for Multimedia Education and Technology (CAEME) at the University of Utah are described. These include multimedia lessons in electromagnetics, the Calculus Castle, and the Physics Museum. It is shown that although extensive resources and expertise are often needed to develop these modules, development software and associated technologies are readily available and educators are encouraged to take advantage of these opportunities to reform, restructure, and improve engineering education.

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EVOLUTIONARY ARCHITECTURE FOR AN ALL-SERVICES ATM ACCESS NETWORK

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INTERNATIONAL JOURNAL OF COMMUNICATION SYSTEMS 1995年第4期8卷 267-274页

作者： STEIN, KU STRATEN, GVD MOEHRMANN, KH LUTZ, KA GEYER, S Siemens AG OEN TN EV Hofmannstr. 51 D- 81359 München Germany Karl-Ulrich Stein received his degree in engineering (l3pl.-Ing.) in 1961 and his doctor's degree in engineering (Dr.-Ing.) in 1965 from the Technical University of Stuttgart (FRG). In 1962 he joined Siemens starting in Corporate R and D. There he established the microelectronics activities and left in 1916 as Research Section Head to become Head of Siemens Components Development. In 1981 he took over the responsibility for discrete semiconductor operations. He has been Head of Central Laboratories/Advanced Development Department of the Public Communication Networks Group since 1991. Gernot von der Straten received a master's degree in Computer Science from the Technical University of Munich (FRG) in 1983 and a Ph.D. in 1987. He then joined the Central Laboratories of the Public Communication Networks Group of Siemens AG. In 1988 he joined the Commission of the European Communities as a project officer at the RACE Central Office where he was responsible for research projects in the areas of customer access networks and customer premises networks. Since 1993 he has held the position of manager of systems engineering with the Advanced Development Department including the areas of all optical networks ATM access networks and high speed ATM switching networks. Karl Heinz Mwhrmann received his degree in engineering (Dip1.-Ing.) in 1965 from the Technical University of Karlsruhe (FRG). He then joined Siemens AG in Munich and worked in various areas including source encoding and transmission systems. Currently he is an R&D manager with the Advanced Development Department of the Public Communication Networks Group of Siemens AG and is mainly involved in ATM switching. Karl Anton Lutz received his degree in engineering (Dip1.-Ing.) from the Technical University of Munich (FRG) in 1960. He then joined Siemens AG in Munich and worked on PCM switching systems. He is currently responsible for the design of ATM switching networks within the Public Communication

This paper presents a flexible concept for a broadband subscriber access network which minimizes investment costs by predominantly using the existing network infrastructure. The target network may consist of either a coaxial tree-and-branch structure or symmetrical copper pairs to the subscriber, and is connected to the central head station with the aid of optical feeder lines which can be implemented or enhanced by a passive optical network (PON). In the event of an increase in bit rate requirements, the coaxial network can be expanded by dividing it into smaller, optically fed subnetworks or by supplementing it with optical overlay systems. Flexibility, expandability and low costs are achieved through the standard ATM format implemented for the signals of all interactive services down to the network termination units on the subscriber side. Those signals are transmitted in the coaxial network in frequency bands above the CATV band in accordance with a multiple of the CATV channel width to ensure that the modulation and demodulation is implemented in a cost-efficient manner while providing 'bit rate on demand' for a suitably high number of subscribers. Separation of the network termination unit from the customer premises equipment enables a flexible, cost-efficient subscriber configuration to be selected, existing domestic wiring to be used and several completely different subscriber terminals to be simultaneously connected.

关键词： COAXIAL TREE-AND-BRANCH NETWORK BROAD-BAND PON ATM ACCESS NETWORK INTERACTIVE BROAD-BAND SERVICES FULL SERVICE NETWORK

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Comparison between finite‐element and traditional procedures for the prediction of busbar behaviour

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European Transactions on Electrical Power 1995年第4期5卷 233-238页

作者： Bottauscio, O. Chiampi, M. Chiarabaglio, D. Tartaglia, M. Dr. Oriano Bottauscio (1961). IEEE. AEI received the degree in Electrotechnical Engineering from the Polytechnic of Turin/ltalyin 1985.Since 1987 he has been working as a Scientist Researcher in the Short-circuit Laboratory of the Electromechanics Department of the Istituto Elettrotecnico Nazionale (EN) Galileo Femris of Turin. His fields of interest include the analysis of the electromagnetic fields with particular reference to the simulation of the behaviour of electric contacts and the calibration of ELF field meters. (EN “Galileo Ferraris” Dep. Electromechanics Corso M. d'Azeglio42 I- 10 125 Torinofltaly T +39 11/3 9 19777. Fax +39 11/65076 11) Prof. Mario Chiampi (1947) received the degree in Electrotechnical Engineering from the Polytechnic of Turin/Italy in 1973. He was employed as Research Scientist in the Istituto Elettrotecnico Nazionale (IEN) “Galileo Ferraris” of Turin until 1987. He is currently Professor at the Polytechnic ofTurin. His research activities are numerical methods for rlectromagnetic field analysis and computer aided design of electrical devices. (Dipartimento Ingegneria Elettrica Industriale - Politecnico di Torino corso Duca degli Abruui 24 1-10129 Torinofltaly T +39/I 1 5647 142 Fax +39/11 5647 199) Dr. Daniela Chiarabaglio (1964) received the degree in mathematics from the University of TurinAtaly in 1987. She is currently employed as Research Scientist in the Electromechanics Department of the Istituto Elettrotecnico Nazionale (IEN) “Galileo Ferraris” of Turin. Her research activities include both theoretical studies on electromagnetic field formulations and their application to electrical devices by means of numerical techniques. (Istituto Elettrotecnico Nazionale “Galileo Ferraris” corso M. d'Areglio 42 1-10125 TorinoAtaly T+39/11 3919776 Fax+3911-6507611) Prof. Michele Tartaglia (1948) received the degree in Electrotechnical Engineering from the Polytechnic of TunnAtaly in 197 1. In 1973 he joined the Istituto Elettrotecnico Nazionale (EN) “Galileo Ferraris” of T

This paper investigates the multiconductor busbar behaviour under AC conditions with the aim of comparing the predictions of traditional circuit models with a more accurate analysis based on the electromagnetic field computation. This analysis employs a two‐dimensional finite‐element technique including eddy‐current effects. In linear systems this approach leads to a circuit model described by an impedance matrix, while, in presence of saturable media, field and circuit equations are simultaneously solved by a voltage‐driven field formulation. The paper analyses the behaviour of two different busbar systems when a short‐circuit current flows through them;the results obtained by the proposed approach are compared with those deduced according to the methods suggested by the IEC Standards and by the symmetrical components. Copyright © 1995 John Wiley & Sons, Ltd.

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Audible noise in speed‐controlled inverter‐fed medium‐sized induction motors

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European Transactions on Electrical Power 1995年第1期5卷 5-13页

作者： Muster, J. Budig, P.K. Belmans, R. Geysen, W. Sattler, Ph.K. Jorg Muster (1955) studied Electrical Engineering at the Technische Hochschule Karl-Mm-StadtlGerrnany from 1974 to 1978. Till 1985 he was Assistant at the chair of Electrical Machines and Drives absolved with promotion about losses and torques of inverter supplied AC machines. From 1985 until 1988 he worked for a tool-machine factory developing high-speed AC drives. Since 1988 he is Scientific Assistant at the chair of Electrical Machines and Drives at the Technische Universität ChemnitdGermany. (TU ChemniWZwickau Dezernat 5.0 Technologietransfer Carolastr. 8 D-09 I l l Chemnitd Germany T +*** Fax +49371/686240) PeW-KlaUs Budig (1928) studied Electrical Engineering at the Technische Hochschule Dresden/Germany from 1948 till 1952. For two years he was Assistant at the chair of Electrical Machines and Drives. From 1954 he was with Sachsenwerk Dresden. He was involved in research and development of amplidyne three-phase commutator-machines DC and AC traction motors thyristor-supplied traction motors. For some years he was Chief Technologist and finally Chief Engineer. At this time he is planning the production of new types of electrical machines like hermetic-motors rolling-mill motors. hydrogenerators and fractional horsepower induction motors. 1966 he got a call as a Professor to theTechnical University at Chemnitz/Germany. His research activities are three-phase linear motors thyristor-supplied DC motors. electric cars. computation of magnetic fields multi-motor AC drives high precision drives for the submicrorneter-range. magnetic bearing and high speed AC drives. (TU ChemnitdZwickau Fachbereich Elektrotechnik Carolastr.8 D-0911 l ChemnitdGermany T+49371/5613323 Fax +49371/5613361) Ronnie J. M. Belmans (1956) received the M.Sc. degree in Electrical Engineering from the Katholieke Universiteit LeuvenBelgium in 1979 the Ph.D. degree from the same university in 1984 and the Special Doctorate in 1989. From 1979 to 1985 he was a member of the staff of the Katholieke Universiteit Leuven. Currently

The audible noise produced by three‐phase, squirrel‐cage induction motors, is caused by the space harmonics of the flux‐density distribution in the air gap of the machine. When the motor is supplied by a frequency inverter in order to control the speed, time harmonics in both current and voltage are present, yielding new components in the audible noise spectrum. In the paper, a number of motor‐inverter combinations are compared for medium‐sized induction motors (90 kW). As a reference case, the motors are supplied with a generator, delivering a variable frequency without harmonics. Theoretical explanations for the increase of the audible noise level and the additional frequency components are given. Copyright © 1995 John Wiley & Sons, Ltd.

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MMI training of minimum complexity adaptive nearest neighbor classifiers

MMI training of minimum complexity adaptive nearest neighbor...

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International Joint Conference on Neural Networks (IJCNN)

作者： W. Fakhr M. Kamel M.I. Elmasry VLSI Research Group Electrical and Computer Engineering Department University of Waterloo Waterloo ONT Canada PAMI Research Group System Design Engineering Department University of Waterloo Waterloo ONT Canada

In this paper a minimum complexity adaptive nearest neighbor classifier "ANNC" is proposed, with maximum mutual information "MMI" training. The ANNC employs a winner-Gaussian approximation for each class PDF, with radially symmetrical and equal width Gaussians to produce piece-wise linear decision boundaries between classes. The MMI training minimizes an upper bound of the classification error probability, and thus is used to estimate the ANNC parameters. A discrete stochastic complexity criterion for classification "DSCC" is derived from the Bayesian model selection framework to estimate the minimum number of Gaussians required by the ANNC for optimal classification. Results of 3 experiments show the advantages of using the ANNC framework.< >

关键词： Nearest neighbor searches Mutual information Gaussian approximation Piecewise linear techniques Upper bound Error probability Parameter estimation Stochastic processes Bayesian methods Gaussian processes

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