σ{(xd 1,yd 1,…d 1), x(x d m,y d m,z d m )} denotes the spatial extent of the device.
s{(xo p 1,yo p 1,zo p 1),…, x o p m,y o p m,z o p m )} represents the spatial extent of the device operation.
σ{(xc o m O p 1,yc o m O p 1,zc o m O p 1),…, x c o m O p m, y c o m O p m,z c o m O p m )} represents the spatial extent of the device operation.
The space extent of the device operation can be calculated by all the space extents of terminal controlled by this device, i.e., s { ( x op 1, y op 1, z op 1 ), …, ( x opm, y opm, z opm ) } = O ( s { ( x ti 1, y ti 1, z ti 1 ), …, ( x tim, y tim, z tim ) }, …, s { ( x tj 1, y tj 1, z tj 1 ), …, ( x tjm, y tjm, z tjm ) } ).
For device d = {t1,t2,…,t n } and device operation o p = {
Most of the regions still have not updated in any way their reimbursement policies, thus limiting to certain extent the diffusion of the device on their territory.
Forensic evidence and the extent of the casualties suggest the device was detonated above floor level.
The extent of IC device damage from x-ray lithography process steps is also presented.
The space extent of composite device can be calculated by all the space extents of participated devices, i.e., σ { ( x cds 1, y cds 1, z cds 1 ), …, ( x cdsm, y cdsm, z cdsm ) } = Ω ( σ { ( x d 11, y d 11, z d 11 ), …, ( x d 1 m, y d 1 m, z d 1 m ) }, …, σ { ( x dk 1, y dk 1, z dk 1 ), …, ( x dkm, y dkm, z dkm ) } ) (25).
The space extent of composite device operation can be calculated by all the space extents of participated device operations, i.e., σ { ( x comOp 1, y comOp 1, z comOp 1 ), …, ( x comOpm, y comOpm, z comOpm ) } = Ω ( σ { ( x op 11, y op 11, z op 11 ), …, ( x op 1 m, y op 1 m, z op 1 m ) },, … σ { ( x opk 1, y opk 1, z opk 1 ), …, ( x opkm, y opkm, z opkm ) } ) (22).
