In this section, the configuration of corresponding parameters of the employed algorithms is explained and their performance is evaluated.
From the simplified circuit model in the electrical domain, and using the thermal/fluid-electrical analogies, one possible configuration of a corresponding physical ERPE device is derived, based on an early prototype of a device currently under development that exhibits some similarities with the ERPE, and used as a physical manifestation of the proposed concept.
A trajectory planning approach for electromagnetic heating systems is presented capable to optimize the electrical excitation and spatial configuration of the corresponding actuator (e. g. inductor or electrode).
The absolute configuration of the corresponding alkanol 4 was controlled efficiently by the chirality resulting from hydrogen isotope substitution of 1 and 2 (Scheme 1).
Only lesions with a configuration typical of ischemic stroke (corresponding to an arterial vessel territory or watershade infarctions) were diagnosed as cerebral ischemia.
Species correspond to a specific configuration of a molecule and can be considered as instances of the corresponding molecule definitions.
By assessment with these parameters, it is shown that the designed beam, corresponding to a configuration composed of natural uranium as neutron multiplier, D2O as moderator, Pb as reflector, Bi as gamma filter, and polyethylene and BeO as collimators provides high-intensity of desired neutrons, and low-background doses as well.
In the centralized approach, planning is done by considering a single large robot made up of several segments (every robot's body), located within a large configuration space (corresponding to the union of the configuration spaces of the robots) where each segment has a desired final configuration (the goal of each robot) [2, 23].
In the crystals, the protein was found to be in the Pr state, whereas diffraction data together with resonance Raman spectroscopic and theoretical results indicate a ZZZssa and a ZZEssa chromophore configuration corresponding to a mixture of Pr and Meta-R state, the precursor of Pfr.
This hypothesis is completely consistent with the behavior of DHQS and DOIS, which both bind their substrate analogues with a fixed configuration corresponding to that of their product.
