NAME
cort_lay -- create unit to ..
PROTOTYPE
unitptr cort_lay( int xdim, int ydim, int layers, int felem, int manipulate_layers, unitptr uHost)
ARGUMENTS
- int xdim
- - not documented in source --
- int ydim
- - not documented in source --
- int layers
- - not documented in source --
- int felem
- - not documented in source --
- int manipulate_layers
- - not documented in source --
- unitptr uHost
- host unit
RETURN VALUE:
A pointer to the created unit or NULL in the case of an error.
INTERFACE OF CREATED UNIT:
- X_in[]:
- (packed input field 0) packed field for the input maps
- Y_in[]:
- (packed input field 1) weighting values for each map
- Z_in[]:
- (packed input field 2) learning rate value, out Scale value, radius of
gaus for gausian overlap
- in_3[]:
- (packed input field 3) fadeout map
- CTL_in[]:
- (control field)
- X_out[]:
- (packed output field 0) resulting saliency map
- Y_out[]:
- (packed output field 1) weights ...
- Z_out[]:
- (packed output field 2) sumofmaps
- out_3[]:
- (packed output field 3)
EXECUTION OF CREATED UNIT:
INITIALIZATION:
DESCRIPTION:
Add interest Maps to generate a saliency map with weights, stored in the unit
In an addational circuit these weights are adapted in that way, that all input
interestes adapting to values , which are proportional to the X-IN(1).
To get a value describing an absolut one for the interest map a simple
sum is taken ...
This sum is multiplicated with (( GOC_DEEP - fadeout(x,y)) / GOC_DEEP) in
pIn4.
CONTROL MODES:
EXAMPLES:
STATUS:
Preliminary.
SEE ALSO:
FILE
nst_cortlay.c