[UAI] 2001 WSES International Conference on:

From: Francisco Levinson (levinson@altavista.com)
Date: Mon Apr 10 2000 - 09:11:04 PDT

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                    2001 WSES International Conference on:
                  Neural Networks and Applications (NNA '01)
                     http://www.worldses.org/wses/nna

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                    2001 WSES International Conference on:
                     Fuzzy Sets & Fuzzy Systems (FSFS '01)
                      http://www.worldses.org/wses/fsfs

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                    2001 WSES International Conference on:
                      Evolutionary Computations (EC '01)
                       http://www.worldses.org/wses/ec

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    Sponsored by: The World Scientific and Engineering Society (WSES)

    The WORLDSES Conferences: NNA'01 (Neural Networks and Applications),
    FSFS'01 (Fuzzy Sets Fuzzy Logic), EC'01 (Evolutionary
    Computation) will take place at the Hotel TENERIFE PLAYA (main hotel for
    the conferences) as well as at the Hotel SAN FELIPE. (Puerto De La Cruz,
    Tenerife, Canary Islands (Spain), February 11-15, 2001).

    Co-Sponsored by IIARD, IMCS

    DEADLINE FOR PAPER SUBMISSION: OCTOBER 30, 2000
    NOTIFICATION OF ACCEPTANCE/REJECTION: NOVEMBER 30, 2000

    INTERNATIONAL SCIENTIFIC COMMITTEE:
    ===================================
    Prof. George Antoniou, Mont Clair State University, NJ, USA.
    Prof. Hamid Arabnia, University of Georgia, Georgia, USA.
    Prof. Andrew Lim Leong Chye, National Technical University, Singapore.
    Prof. Raimondas Ciegis, Vilnius Technical University, Lithuania.
    Prof. Patrick Corr, The Queen's University of Belfast, Northern Ireland.
    Prof. Satnam Dlay, University of Newcastle, UK.
    Prof. Meng Joo Er, National Technical University, Singapore.
    Prof. David Fogel, Natural Selection Comp., IEEE Editor Trans.EC., USA.
    Prof. Kaoru Hirota, Tokyo Institute of Technology, Japan.
    Prof. Damir Kalpic, University of Zagreb, Croatia.
    Prof. Dae-Seong Kang, Dong-A University, Korea.
    Prof. Nikola Kasabov, University of Otago, Dunedin, New Zealand.
    Prof. Rudolf Kruse, Universitaet Magdeburg, Germany.
    Prof. Pascal Lorenz, Universite de Haute Alsace, Colmar, France.
    Prof. Nikos E. Mastorakis, Hellenic Naval Academy, Greece.
    Prof. Valeri Mladenov, Eindhoven University of Technology, Netherlands.
    Prof. Ahmed Mohamed, American University of Cairo, Egypt.
    Prof. Masoud Mohammadian, University of Canberra, Australia.
    Prof. Fionn Murtagh, Queen's Univ. of Belfast, Northern, Ireland.
    Prof. Fazel Naghdy, University of Wollongong, Australia.
    Prof. Erkki Oja, Helsinki University of Technology (HTU), Finland.
    Prof. Hristo Radev, Technical University of Sofia, Bulgaria.
    Prof. Marcin Paprzycki, University of Southern Mississippi, USA.
    Prof. Raul Rojas, Freie Universitaet Berlin, Germany.
    Prof. Francisco Torrens, Universitat de Valencia, Spain.
    Prof. Tom Whalen, The Georgia State University, Atlanta, USA.
    Prof. Hans-Jorgen Zimmermann, RWTH Aaachen, Germany.
    Prof. Jacek Zurada, University of Louisville, USA.

    NNA'01 TOPICS:
    ==============
    Biological Neural Networks
    Artificial Neural Networks
    Mathematical Foundations of Neural Networks
    Virtual Environments
    Neural Networks (NN) for Signal Processing
    Connectionist Systems
    Learning Theory
    Architectures and Algorithms
    Neurodynamics and Attractor Networks
    Pattern Classification and Clustering
    Hybrid and Knowledge-Based Networks
    Artificial Life
    Implementation of (artificial) NN
    VLSI techniques for NN implementation
    Neural Control
    NN for Robotics
    NN for Optimization, Systems theory and Operational Research
    NN in Numerical Analysis problems
    NN Training using Fuzzy Logic
    NN Training using Evolutionary Computations
    Interaction between: Neural Networks - Fuzzy Logic - Genetic Algorithms
    NN and Non-linear Systems
    NN and Chaos and Fractals
    Modeling and Simulation
    Hybrid Intelligent systems
    Neural Networks for Electric Machines
    Neural Networks for Power Systems
    Neural Networks for Real-Time Systems
    Neural Networks in Information Systems
    Neural Networks in Decision Support Systems
    Neural Networks and Discrete Event Systems
    Neural Networks in Communications
    Neural Networks for Multimedia
    Neural Networks for Educational Software
    Neural Networks for Software Engineering
    NN for Adaptive Control
    NN for Aerospace, Oceanic and Vehicular Engineering
    Man-Machine Systems
    Cybernetics and Bio-Cybernetics
    Relevant Topics and Applications
    Parallel and Distributed Systems
    Special Topics
    Others.

    FSFS'01 TOPICS:
    ==============
    Fuzzy Logic
    Fuzzy Sets
    Fuzzy Topology and Fuzzy Functional Analysis
    Fuzzy Differential Geometry
    Fuzzy Differential Equations
    Fuzzy Algorithms
    Fuzzy Geometry
    Fuzzy Languages
    Fuzzy Control
    Fuzzy Signal Processing
    Fuzzy Subband Image Coding
    VLSI Fuzzy Systems
    Approximate Reasoning
    Fuzzy Logic and Possibility theory
    Fuzzy Expert Systems
    Fuzzy Systems theory
    Connectionist Systems
    Learning Theory
    Pattern Classification and Clustering
    Hybrid and Knowledge-Based Networks
    Artificial Life
    Fuzzy Systems in Robotics
    Fuzzy Systems for Operational Research
    NN Training using Fuzzy Logic
    Interaction between: Neural Networks - Fuzzy Logic - Genetic Algorithms
    Fuzzy Systems and Non-linear Systems
    Fuzzy Systems and Chaos and Fractals
    Modeling and Simulation
    Hybrid Intelligent systems
    Fuzzy Systems and Fuzzy Engineering for Electric Machines
    Fuzzy Systems and Fuzzy Engineering for Power Systems
    Fuzzy Systems and Fuzzy Engineering for Real-Time Systems
    Fuzzy Systems and Fuzzy Engineering for Information Systems
    Fuzzy Systems and Fuzzy Engineering for Decision Support Systems
    Fuzzy Systems and Fuzzy Engineering for Discrete Event Systems
    Fuzzy Systems and Fuzzy Engineering for Communications
    Fuzzy Systems and Fuzzy Engineering for Multimedia
    Fuzzy Systems and Fuzzy Engineering for Educational Software
    Fuzzy Systems and Fuzzy Engineering for Software Engineering
    Fuzzy Systems and Fuzzy Engineering for Adaptive Control
    Fuzzy Systems and Fuzzy Engineering for Aerospace, Oceanic and Vehicular
    Engineering
    Man-Machine Systems
    Cybernetics and Bio-Cybernetics
    Relevant Topics and Applications
    Parallel and Distributed Systems
    Special Topics
    Others.

    EC'01 TOPICS:
    =============
    Genetic Algorithms (GA)
    Mathematical Foundations of GA
    Evolution Strategies
    Genetic Programming
    Evolutionary Programming
    Classifier Systems
    Cultural algorithms
    Simulated Evolution
    Artificial Life
    Learning Theory
    Pattern Classification and Clustering
    Evolutionary Computations (EC) in Knowledge Engineering
    Evolvable Hardware
    Molecular Computing
    EC in Control Theory
    EC in Signal Processing
    EC for Image Coding
    Approximate Reasoning
    EC in Robotics
    EC for Operational Research
    Neural Networks Training using EC
    Interaction between: Neural Networks - Fuzzy Logic - Evolutionary
    Computations
    EC and Non-linear Systems theory
    Modeling and Simulation
    Hybrid Intelligent systems
    EC for Electric Machines
    EC for Power Systems
    EC for Real-Time Systems
    EC for Information Systems
    EC for Decision Support Systems
    EC for Discrete Event Systems
    EC for Communications
    EC for Multimedia
    EC for Educational Software
    EC for Software Engineering
    EC for Adaptive Control
    EC for Aerospace, Oceanic and Vehicular Engineering
    Global Optimization
    Man-Machine Systems
    Cybernetics and Bio-Cybernetics
    Relevant Topics and Applications
    Parallel and Distributed Systems
    Special Topics
    Others.

    TENERIFE and PORTO DE LA CRUZ
     The population of the island is about 700.000 of which about 210.000
    live in the capital city Santa Cruz, situated on the north-west coast of
    the island. Tenerife (as well as the other Canarian Islands) is partly
    tax-free zone. The main source of livelihood of Tenerife is the tourism
    industry: more than four million tourists visit the island every year.
    Tourism has very long traditions in Tenerife, the first tourists came
    from England in the 1880's! There is some agriculture too: vegetables,
    fruit and flowers. The most important cultivated plant is banana
    [platano]. A Tenerifean banana is quite different from its distant
    cousin the Chiquita banana. A platano is short and plump. The colour of
    the fruit flesh is darker yellow and the taste much more delicious.
    There can be hundreds of thousands of banana plants on one plantation.
    They also make licquer of the bananas on the island. Another important
    plant is the grapevine. The rich volcanic soil and mild climate give the
    wine its own unique aroma. In Tenerife there are as many as five
    "Denomination of Origen (DO)" vineyards: Abona, Tacoronte-Acentejo,
    Valle de Güimar, Valle de la Orotava and Ycoden-Daute-Isora. The largest
    of these is Tacoronte-Acentejo, area 1.200 hectares. The production in
    1997 was 1.553.000 kgs grapes. The most cultivated brands of grape are
    the white Listán Blanco, Malvasia and Marmajuelo, the red Listán Negro
    and Negramoll.
     There are two airports on the island. The international airport Reina
    Sofia (Tenerife Sur TFS) in the south near Playa de las Americas where
    most of the international flights land. The other airport Los Rodeos
    (Tenerife Norte TFN) is in the north near La Laguna. Los Rodeos serves
    mainly domestic flights. The distance from Reina Sofia to Playa de las
    Americas is about 20 kms and the trip takes about 20 mins, to Puerto de
    la Cruz about 100 km and takes about 90 mins. Tenerife is dominated by
    the highest mountain in Spain, the volcano Teide, the often snow covered
    summit of which reaches the altitude of 3.717 meters. El Teide is not a
    dormant volcano! The last (though minor) eruption took place in the
    beginning of this century. The last disasterous eruption happened in the
    year 1706. The southern part of the island is very infertile and next
    to nothing grows without artificial irrigation. The southern resorts
    Playa de las Americas and Los Cristianos have been built for tourism
    only and there is no local settlement. The prices there are distinctly
    higher than in the Capital City or Puerto de la Cruz. But the best
    beaches are on the southern coast and the sunshine is best counted on
    there. The newcomer among the resorts of Tenerife is the small and
    peaceful Los Gigantes on the west coast. In the northern parts of the
    island the nature is quite different from the southern nature. The
    clouds arriving from north don't always have the strength to clear the
    mountain but pour their rain north of the mountain. Due to these showers
    the flora is unbelievably rich and breathtakingly beautiful. That is why
    Puerto de la Cruz is often called the City of Eternal Spring. The best
    time to travel to Tenerife is February.
     Puerto de la Cruz was founded in the beginning of the 17th century.
    Originally it was called Puerto de la Orotava. A big harbour was built
    there and the city became an important centre of commerce and
    navigation. The most important export articles until the 19th century
    were sugar and wine. Nowadays the main source of livelihood of Puerto de
    la Cruz is tourism. Despite of mass tourism Puerto is still a genuine
    Canarian town with about 35.000 natives living there.
     The island of Tenerife was born 10 million years ago as a result of an
    underwater landslide and a volcanic eruption. The first of the Canary
    Islands were born the same way some 20 million years ago. The island was
    conquered from the natives, the Guanches, to Spain by Andalusian Alonso
    Fernández Lugo and his troops in the year 1496. The origin of the
    Guanches is still a mystery to the anthropologists because they were
    tall, blond and blue-eyed. Furthermore there is no proof of their boat
    making skills and obviously they couldn't even swim! You can familiarize
    yourself with the history of the Guanches in Museo Etnografico in La
    Orotava or in Santa Cruz in Museo Arqueológico where you can meet a
    Guanche in person - as a mummy. Tenerife is the largest of the Canary
    Islands.

    ABOUT THE CONFERENCES' HOTELS
    a) TENERIFE PLAYA
    Few places in the world have the charm of Puerto de la Cruz. Its world
    famous Lago Martianez is, even today, the most avant-garde example of
    what it means to live in a town which faces the sea. The Tenerife Playa
    is in a lovely setting beside Lago Martianez and the beach of the same
    name, and next to the shopping centre of Puerto de la Cruz. Rooms with
    complete bathroom, direct dialling, telephone, satellite TV and safe. 2
    swimming pools (one of which is heated), hairdresser, sauna, massages.
    Comfortable lounges. Games Room. Function rooms for holding
    conferences, seminars and incentives. Restaurant with buffet service.
    Barbecue by swimming pool. Varied entertainment programmes.
    b) SAN FELIPE
    San Felipe is one of the most emblematic buildings of Puerto de la Cruz.
    Its presence dominates the beach and offers views over lake Martiánez
    and the main promenade. Highlighting the architecture of the building
    are its balconies, as well as the spacious, comfortable rooms with wide
    terraces with marvellous sea or Teide views, air conditioning,
    telephone, piped music, safety deposit box, mini-bar on request,
    complete bathroom, satelite TV, and hairdryer. The cuisine is another
    selected service with varied, high quality buffets and magnificients
    barbecues beside the pool. Hotel San Felipe also offers 3 swimming pools
    (one of which is for children and one is heated all year-round), tennis
    courts, minigolf, sauna and massage, hairdressing, boutique, parking and
    conference rooms with capacity for 200 people for professional meetings,
    conferences working sessions or banquets. A varied entertainment
    programme is also available

    ABOUT WSES (World Scientific and Engineering Society)
    The World Scientific and Engineering Society (WSES, pronounced WorldSES)
    is a world, scientific, non-profit organization that, in accordance with
    its Articles, promotes the development and the unified consideration of
    new mathematical methods and computational techniques as well as their
    applications in science and engineering. Also, in accordance with the
    Organization's Articles, WSES supports, in general, the research and the
    diffusion of the scientific and engineering knowledge, especially in the
    areas of mathematics and computer science and their interaction to other
    sciences (physics, chemistry, biology, medicine, engineering, earth
    sciences, space sciences etc...). Also, in accordance of its Articles,
    WSES signs research projects, grants scholarships and prizes, organizes
    international conferences (20-30 per year), seminars, publishes journals
    and books and carries out autonomous scientific/engineering research or
    collaborates with universities and state or private research centers and
    institutions.



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