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The method proposed allows to incorporate the (partial) scientific knowledge available on the background distribution, and provides a data-updated version of it in a purely nonparametric fashion, without requiring the specification of prior distributions.
Although a general optimization design methodology is beyond the scope of this work, the method proposed allows setting up first the vehicle physical constraints including weight and payload.
From the instantaneous tracer concentration fields, the method proposed allows one to easily calculate the instantaneous supersaturation fields, which would be obtained in the same mixing device with reagents instead of an inert tracer solution and pure solvent.
The graphical method proposed allows to define all optical parameters involved in a typical geometrical optics problem, for instance the normal to surface at a given point, the refractive index in the first o second medium, besides obtaining the direction of refracted o reflected ray.
The method proposed allows the prediction of the flux distribution and temporal behaviour of key metabolites (starch and maltose) during the 12/12 light-dark cycle, which was successfully confirmed by empirical results.
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The methods proposed allowed an independent measure of suppression effectiveness.
A method is proposed allowing implementing Mealy FSM logic circuits with embedded memory blocks of FPGA chips.
In another approach for this application, a specific readout method is proposed, allowing optimization of the integration time independently of the full frame-readout time.
In particular, one of the re-identification methods that they propose allows for the identification of around 80% of users.
The method proposed here allows assigning, exactly, the whole set (and even more) of latent values and vectors obtained from a desired eigenstructure using dynamic compensation.
By using the same core recognition engine, the new method proposed here allows for strong LRE accuracy accompanied by significantly reduced computational cost.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com