Registered in 2009

 

Name: Jorge Riera
Center: Tohoku University
Nationality: Cuban
Email: riera@idac.tohoku.ac.jp
Phone:  
Presentation: EEG current source estimation based on a dynamical model of layer V tufted pyramidal cells
Abstract: In this work, I will discuss spatio-temporal filtering using a biophysical model of the cerebral cortex. I will discuss in details:
- The model
- The collocation method utilized
- The generalized SSM
- The novel filter
We will apply this methodology to EEG data recorded from Whistar rats
Special needs: I need accomodation for my wife and son
Ahhhhh, and enough amount of beers
 ***Why does Jorge Riera have this special need? See in MediaGallery

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Name: Jorge Bosch
Center: Cuban Neuroscience Center (currently invited at NIPs)
Nationality: Cuban
Email: oldgandalf@yahoo.com
Phone:  
Presentation: Causality at first sight: a quick look at the gaze data.
Abstract:

Set two people face to face, eye to eye. Ask them to move their eyes at random. Record them with an Eye Tracker. Bring me your data.

I will show you that there is causality. "But How?"

This is my topic. Attend my presentation!!

Special needs:

Joining Riera. Otherwise I don't have any reason to go there

Also, a cable car for climbing Fuji

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Name: Andreas Galka
Center: Department of Neurology, University of Kiel, Germany
Nationality: German
Email: andreas.galka@googlemail.com
Phone:  ++49-431-9799904
Presentation: Full state-space approach to FMRI time series modelling
Abstract:  
Special needs:

128-node TESLA supercomputer (or equivalent)

**No problem Andreas. I will bring my laptop for you

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Name: JKF Wong  (KFK maybe?, blurred in the original)
Center: Massachusetts General Hospital
Nationality: Chinese, Japanese, sometimes British (behaves like Cuban)
Email: kevin@mt.fuji.jp
Phone:  
Presentation: Causality 101 - An Introduction to Causality Theory in Statistical Time Series Modelling
Abstract: Causality Theory in Statistical Time Series Modelling can be classified into (1) Model Identification Approach (e.g. Granger Causality) and (2) Parametric Spectral Decomposition Approach (e.g. Akaike Causality). The talk will start with the mathematics of each approach and continue with the problem when applying in various situation. Examples from simulations and real data will be given. Extension of causality theory to other temporal data will be discussed.
Special needs:

I need a 'human taxi' (like the one in the 'Transportation' page) lifting me from the 5th station to the top of Fuji Mountain.

**This taxi service will be free from Gotemba station to the International Center. To change the itinerary you will be charged with the corresponding amount. Let's talk.

LADIES AND GENTLEMEN: Featuring our youngest and brightest sensei. He has Contributed to our seminars with a very high Rate of Noise. We all love his company. I will show you later why.

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Name: Tohru Ozaki
Center: Virtual Institute of Time Series Analysis
Nationality: Japanese
Email: tohru.ozaki@gmail.com
Phone:  055-998-3811
Presentation: Pair-wise Causality & Total Causality for Multi-variate Time Series
Abstract: An idea of expressing Geweke's criterion ( for the pair-wise causality) in terms of Akaike's Noise Contribution Ratio will be presented. It naturally leads us, from the concept of "Pair-wise Causality", to the concept of "Total Causality" for feedback systems.
Special needs:  

**He is responsible for making Kevin a noisy guy.

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Name: Yuko Riera
Center: Miyagi Housekeeper's Center
Nationality: Japanese
Email: kero2mimi@yahoo.co.jp
Phone:  
Presentation: Cómo cocinar Fricasé de Puerco (Lección 1- El adobado)
Abstract: This is highly classified information (subject to patent process)
Special needs:  A bed for sleep all day.... and a shop close to the seminar hall

**Thanks Yuko. Nice presentation!! If you give a practical lesson, you also get time for Lesson #2

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Name: Okito Yamashita
Center: ATR
Nationality: Japanese
Email: oyamashi@atr.jp
Phone:  
Presentation: On the sparse classifiers
Abstract:  
Special needs:  A ride to the place

 

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Name: Takeshi Ogawa
Center: Tohoku University
Nationality: Japanese
Email: ogawa@idac.tohoku.ac.jp
Phone:  +81-22-717-8468
Presentation: ARMA spectral estimation
Abstract:  ARMA coefficient is usually estimated based on time series. I would like to propose the method to estimate ARMA coefficient based on autocorrelation in frequency domain.
Special needs:  If we have a beer, I can enjoy!!

**Not only one, fellow

 

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