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. Author manuscript; available in PMC: 2022 Jul 14.
Published in final edited form as: Magn Reson Med. 2019 Nov 21;83(6):1979–1991. doi: 10.1002/mrm.28051

Table 1:

Description of the neural network architectures used in estimating hemodynamic parameters in our signal model, as well as the respective maximum and minimum values of the ranges used in the training data. The ‘Architecture’ column provides the number of nodes in every layer, separated by hyphens, starting from the input. Each node in the network learns a weight and a bias during training. The input to the networks are fingerprints generated from our designed optimized sequence, which has 700 frames.

Parameter Depth Architecture (nodes per layer) min value max value
Perfusion 3 10-10-10 0 mL/100g/min 90 mL/100g/min
CBVa 3 10-10-10 0 0.015
BAT 2 10-5 0.3 s 3.0 s
MTR 4 10-10-5-5 0 s−1 0.03 s−1
T 1 1 20 0.33 s 3.33 s
Flip 1 20 48° 112°