Homepage of Patricia Menéndez Galván

Keywords:
time series analysis,
smoothing methods

Swiss Federal Research Institute WSL
Department Landscape
Section Landscape Dynamics and Spatial Development
Zürcherstrasse 111
CH-8903 Birmensdorf
Switzerland

Phone: +411 739 26 82
Fax: +411 739 2111
E-mail:

Research department Landscape

Section Landscape Dynamics and Spatial Development

Current Research

Time series, smoothing methods and computational statistics

Scientific Interests

My research interests lie in the field of applications of statistical and mathematical tools to problems in other scientific disciplines, including the environmental sciences, genetic and biology. I am also interested in Artificial vision.

Research Experience

April 2004 – November 2004 Faculty of Environmental Science and Technology at University of Okayama. Advisor: Prof. Koji Kurihara
April 2003 – April 2004 Faculty of Environmental Science and Technology at University of Okayama . Advisor: Prof. Yutaka Tanaka

Okayama university
Department of Environmental and Mathematical Sciences

Academic Education

April 2004 – July 2004 Introduction to Intermediate Japanese language couse. Part time course at Okayama University
April 2003 – September 2003 Japanese language. Full time course at Okayama University. Japan
January 2003 – March 2003 English as a foreing language. Full time course at Jewel and Esk, Valley college. Edinburgh
September 2002 Master degree in Mathematics, Specialization in Statistics and Operational Research at University of Valladolid, Spain.

Conferences:

February 2004 Principal Component Analysis and Duality Diagram. Third joint Conference on Multidisciplinary approach of Statistical Science, Pusan, Korea.

Publications

Menendez, P.; Tanaka, Y., 2004: Principal Component Analysis and Duality Diagram: A comparison of French and Anglo-Saxon approaches to Principal Component Analysis. Techical Report of Okayama Statistical Association. Okayama, Japan.

University of Valladolid
Department of Statistics

Group Modelling, Biomechanics and Advance Visualization