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The superiority of FCLOS against state of the art systems is shown both experimentally and analytically.
The versatility of the method to treat different architectures resembling multilayer laminate polymeric systems is shown.
A schematic of the co-culture systems is shown in Fig. 6A and the experimental designs are shown in Fig. 6B,C.
The well-posedness of all networked closed loop systems is shown by using established results on an analytic semigroup approach.
The asymptotic convergence to zero of the errors between the states of the master and the slave systems is shown.
The aim of producing human-like systems is shown to require the consideration of normative, conscious, and embodied systems.
A boundary condition of the film theory often imposed on such systems is shown to be unnecessary.
A set of simulations and techniques that can be helpful for designing real-time artificial vision embedded systems and, specifically, gradient-based optical flow systems is shown.
For strictly proper systems, the relation between model feedback control and the parameterization of all stabilizing controllers for minimum phase systems is shown.
To this end, reversible buckling of slender, elastomeric beams serving as microscopic constituents of engineered material systems is shown to be effective to tune the mechanical properties.
A method, that is based on the combination of statistical stationary engine measurement (Design of Experiments - DoE) and dynamic identification techniques for nonlinear multi-input systems is shown.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com