An Automated Framework to Decouple PTx Arrays with Many Channels

Keywords

achieve adjusting allows amplifiers array arrays audience automated automatically biomedical block body build capacitance channel channels circuit coefficient coil coils components compute computed condition conditions consider constraints consumption convergence converges cost coupled coupling curves decoupled decoupling degenerate depicting dept design designed destructive development distributed electrical enforcing ensure error every excitation expressed fidelity fields forward framework function future general greatly guesses health ideal ideally impedance implementing inductance initial input least limiting linear loaded local loss lossless lost lumped magnitude many matched matching mathematically matrices matrix mixed mixes model nearly network networks norm note objective ones optimal optimally optimized original paper partially passive patient patterns perfect performance placed power problem produces proposed pulse pulses random realized reciprocal reciprocity reflected require required residuals response robustness rows secondary selects sensitivity shimming side simple simulation singular solution solutions solve special specification square structure support symmetry system target technology thirty tissue topologies types uncoupled uniqueness unlike unreliable