Age-related changes in diffuse optical tomography sensitivity profiles in infancy

source detector separation distance analysis
d channel dot sensitivity profile analysis
voxel based monte carlo simulation algorithm

yes">Mean Separation=58.0 mm;<italic toggle="yes">SD=14.2, & 251
median=3.60cm, lower quartile=3.13cm, upper quartile=3.98cm; [26]

Evaluation of a connectivity-based imaging metric that reflects functional decline in Multiple Sclerosis

standard log linear least squares method
whole brain voxel wise cross correlation

FOV 240 mm*240 mm; matrix 256*256 voxel size 0.94 mm^3 inversion time TI/echo time TE/repetition time TR/flip angle FA=1100 ms/2.84 ms/1860 ms/10° bandwidth BW 180
FOV 256 mm*224 mm; matrix 256*224 voxel size 1.2*1*1 mm^3 ; TI/TE/TR/FA=2000 ms/395 ms/6500 ms/120°; BW 698 Hz/pixel; 6/8partialFourier acquisition GRAPPA factor=2; 24
FOV 256 mm*256 mm; matrix 128*128 voxel size 2mm^3 ; TE/TR=92 ms/7800 ms; BW 1628 Hz/pixel; 5/8partialFourier acquisition; 71

Efficient energy and completion time for dependent task computation offloading algorithm in industry 4.0

existing state of arts offloading algorithms

m f, Y=1 E n, m c, Y=0</disp formula><disp formula id="pone.0252756.e037">removedGRAPHIC T n, m={ T n, m f, Y=1 T n, m c, Y=0
pone.0252756.e042">removedGRAPHIC min Q ∑ m=1 M ∑ n=1 N E n, m</disp formula><disp formula id="pone.0252756.e043
pone.0252756.e050">removedGRAPHIC v=‖ x i - x j ‖=∑ k=1 D (x i, k - x j, k) 2
computational<p specific use="line">1 Compute<italic toggle="yes">r<italic toggle="yes">n,<italic toggle="yes">m,<italic toggle="yes">CT<italic toggle="yes">n,<italic toggle="yes">m,<italic toggle="yes">E<italic toggle="yes">n,<italic toggle="yes">m by Eqs (1)-(13)<p specific use="line">2
line">6 End if<p specific use="line">7 Objective function<italic toggle="yes">f (<italic toggle="yes">x)=<italic toggle="yes">fit (<italic toggle="yes">n,<italic toggle="yes">m),<italic toggle="yes">x=(<italic toggle="yes">x 1 ...,<italic toggle="yes">x<italic toggle="yes">d)<p specific use="line">8
by Eq 18<p specific use="line">10 Define light absorption coefficient<italic toggle="yes">gamma<p specific use="line">11<italic toggle="yes">SF<italic toggle="yes">r=InitialSolution<p specific use="line">12 While (t<MaxGeneration) do<p specific use="line">13
yes">i=1:<italic toggle="yes">s all s computational servers<p specific use="line">14
computational servers<p specific use="line">15 Calculate<italic toggle="yes">SF<italic toggle="yes">r (<italic toggle="yes">S<italic toggle="yes">i) by Eq (21)<p specific use="line">16 if (<italic toggle="yes">SF<italic toggle="yes">r (<italic toggle="yes">S<italic toggle="yes">i)<<italic toggle="yes">SF<italic toggle="yes">r (<italic toggle="yes">S<italic toggle="yes">j)<p specific use="line">17 Calculate distancebetweenservers by Eq (23)<p specific use="line">18
light intensity<p specific use="line">21 End if<p specific use="line">22
a x<p specific use="line">25 Select another solution<p specific use="line">26 else<p specific use="line">27
best<p specific use="line">28 End while<p specific use="line">29