|
|
|
|
Safety_Critical_Machine_Learning |
|
|
BIOlogical Neurons CUlture
Recognition (BIONCUR™) The matrices for generating electrical
stimuli and collecting responses from neuronal cultures are increasingly
evolved and miniaturized. The most ambitious goals foresee the
use of neuronal cultures for data storage. We are still far from these goals
and there are innumerable problems that need to be solved in order to obtain
this result in a practically usable way. One of the fundamental steps is the
ability to distinguish two different neuronal cultures on the basis of the
electrical stimulus and the electrical response they give on special
electrode arrays. One of the possible approaches to obtain such
discrimination can be the analysis of stimulus and response images on the
matrices using Deep Learning algorithms. The disadvantage of this approach is
that each new dataset requires a retake of all previously acquired data. We have used Mythos™
algorithm which analyzes tens of thousands of stimulus-response matrices but
has the ability to learn new stimulus-response associations in real time
without cycling on previously acquired data. The Proof Of Concept was based
on the simulation of the response of neuronal cultures through pseudo-random
sequences whose seed was associated to each particular neural culture. |
|
|
|
General Synaptics Aerospace_and_Defence_Machine_Learning_Company VAT NUMBER:_IT02670700992 REA NUMBER: GE-503104 Email:_luca.marchese@synaptics.org |
|
|
|
Copyright© 2026 General Synaptics |
