| 0:00:04 | i know everyone coding i'm going to talk about it on the signal tense for |
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| 0:00:09 | an excitable something tingle |
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| 0:00:13 | a general problem two things that is how well probably in where the channel in |
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| 0:00:18 | a long like you need only |
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| 0:00:20 | okay i know go activation |
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| 0:00:23 | this is the is known excitable |
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| 0:00:25 | okay we're usually subspace the signal energy transport assistant |
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| 0:00:32 | you the systems using excitable such as neural net rate is usually highly nontrivial |
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| 0:00:40 | we study a function of prosody model one year old dynamics costing the |
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| 0:00:45 | holy non-uniform i don't channel densities effect |
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| 0:00:50 | the action manager is then you can actually signaled seventeen only runs |
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| 0:00:55 | it is a voltage "'cause" generated by the opening and i one channels |
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| 0:01:01 | in a hunch prosody model there are two kinds of channels |
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| 0:01:05 | namely the start of the input data and channels |
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| 0:01:10 | no that's a homogeneous neuron to follow coding that you mean by original densities |
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| 0:01:16 | we can see that all kinds of detection |
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| 0:01:19 | the position on the left hand side and this question on the right hand side |
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| 0:01:25 | characteristic for decisions are we and test |
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| 0:01:29 | in the following the slogan them progressively less we have been tracking in crew and |
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| 0:01:34 | right respectively |
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| 0:01:37 | demonstrate the spatial temporal a of the transmit and voltage on the new row |
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| 0:01:42 | rather constant d |
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| 0:01:45 | what is currently under study right occur |
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| 0:01:49 | the control of these voltages the fifteen and not a which shows that it is |
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| 0:01:54 | thus spontaneous a signal generator |
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| 0:01:57 | indeed seem to know usually have a simulated signal generators |
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| 0:02:03 | the energy can change of a signal |
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| 0:02:06 | the right and left the detecting such a real vector directly by travelling signal respectively |
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| 0:02:14 | the united behaves like this which can be turned all to route signals |
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| 0:02:20 | these dynamics converge to various long time yes |
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| 0:02:24 | including exploit unicycle and class i pure motion |
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| 0:02:30 | it can be divided into different places in the case diagram |
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| 0:02:35 | transmission through a phrase boundaries correspond to different applications |
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| 0:02:41 | we combine to store the amount of passivity |
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| 0:02:44 | diagram we're becomes three dimensional |
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| 0:02:48 | in this diagram the orange final is the boundary will hold the application |
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| 0:02:53 | the is a semantic information interesting about travelling speed according to the travelling direction of |
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| 0:03:00 | the signal |
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| 0:03:02 | figure shows this value |
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| 0:03:05 | on the plane |
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| 0:03:07 | infectious |
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| 0:03:09 | the results in this work may be related to various problems including models that you |
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| 0:03:15 | excitable consistently mathematics |
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| 0:03:19 | role manipulation about technology |
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| 0:03:21 | research in europe is this is |
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| 0:03:24 | and the relation between general distribution and euro functions |
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| 0:03:29 | for more details |
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| 0:03:31 | please take a look at a paper |
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| 0:03:33 | and you |
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