9to5Mac's sources point to two images — the count begins at 0 for the first processing core, which would mean a dual-core device would be referred to with the label "/cores/core.1".1
Particularly troublesome at the time was the second processing step in the transmembrane domain (TMD) since intramembranecleaving proteases were only discovered more than a decade later.
This leads to our hypothesis that corticofugal modulation of initial neural processing of sound information from the contralateral and ipsilateral ears could be equivalent or coordinated at the first sound processing level.
Our work suggests that corticofugal modulations of both ascending pathways are comparable or coordinated at the first auditory processing center.
At first, processing of rows with one level of decomposition results in the division of array into two vertical halves [35].
Stimuli that presented to the right of visual fixation are available only to the left hemisphere (LH) at the first stages of processing.
The notion of a visual front end refers to a set of processes at the first stages of visual processing, which are assumed to be of a general nature and whose output can be used as input to different later-stage processes, without being too specifically adapted to a particular task that would limit the applicability to other tasks.
Being applied at the first stage of image processing chain [8, 9, 11, 12], blind estimation of noise parameters provides data for next stages.
Among them are periglomerular cells, a class of interneurons that modulate the transmission of sensory stimuli at the first synapse in olfactory processing, and granule cells which modulate the output through numerous synapses with the projection neurons, mitral cells.
Many findings, however, point out that contextual effects may modify the feedforward signal and extra-classical surround suppression is present at the first stages of sensory processing in the retina, LGN and V1.
