Registered in 2011
| Name: | roberuto d. pascual-marqui |
| Center: | Zurich Univ & Kansai Medical Univ |
| Nationality: | Swiss & Cuban (does it matter?) (a bit Japanese) |
| Email: | pascualm@key.uzh.ch |
| Phone: | |
| Presentation: | New methods for functional brain connectivity discovery using EEG-tomographies |
| Abstract: |
EEG can be used for the estimation of massive time series of electric neuronal activity distributed on the cortical surface. We present methods for estimating intracortical connectivity: 1. Pairwise electrophysiological lagged connectivity: https://arxiv.org/abs/0711.1455 2. Cortical senders, hubs, receivers: https://arxiv.org/abs/1009.0796 4. Distributed electrophysiological cortical networks (electrophysiological Resting State Networks and Any State Networks, across space, time, frequencies): https://arxiv.org/abs/1103.2852 5. Cortical current source connectivity by means of partial coherence fields: https://arxiv.org/abs/1108.0251 |
| Special needs: |
daytime refreshments: nihonshu & biru nighttime refreshments: shochu & whiskey (please do not bring water, due to accute hydrophobia) |
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| Name: | Tohru Ozaki |
| Center: | Time Series Research Net, Mt.Fuji |
| Nationality: | Japanese |
| Email: | tohru.ozaki@gmail.com |
| Phone: | 0559-98-3811 |
| Presentation: | Akaike causality and pair-wise causality: with Discussions |
| Abstract: |
Introduce a kind of "pair-wise causality" using the tools of Akaike causality. ( Also presented is Dr.K.F.K.Wong's contribution to the discussions through his powerpoint ) |
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| Name: | Takeshi Ogawa |
| Center: | Inst. Development, Aging and Cancer, Tohoku University |
| Nationality: | Japanese |
| Email: | ogawa@idac.tohoku.ac.jp |
| Phone: | +81-22-717-8468 |
| Presentation: | MUA-LFP coupling based on neuronal population processing in rat auditory cortex : laminar-dependent functional properties |
| Abstract: | The large-scale electrophysiological recording in animal brain by using the multi-microelectrode array is important to make a bridge on different scales: micro-scale and macro-scale. However, relationship between local field potentials (LFPs) and multi-unit activity (MUA) in rat A1 has been poorly understood. We proposed a new method to evaluate neuronal populations which are codifying the sound attributes. We explored to understand the population dynamics by using time-frequency analysis. We found laminar-dependent spectrum contents in rat A1. Such laminar-dependent function can be essential to understand EEG/MEG data from physiological point of view. |
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| Name: | Horuhe Boshu |
| Center: | CNC & NIPS |
| Nationality: | Cuban |
| Email: | oldgandalf@yahoo.com |
| Phone: | |
| Presentation: | Forget about theory: practical problems in the application of pair-wise causality |
| Abstract: | Some silly examples where I will demonstrate that... I know nothing about pair-wise causality. |
| Special needs: |
I love Japanese culture so much! I would like to have a geisha performance during nighttime at the International Time Series Center It may combine well with the shochu & whiskey |