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A two-part switching control strategy is proposed, in which the constant control is used to steer the system state to enter the convergence domain, while the control law which is designed based on Lyapunov stability theorem is used to attract the system state in convergence domain to the target state.
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We explored the underlying potential landscape which shows stable basins attracting the system down to valleys and rotating curl flux, which aids the global communication under recombination, epistasis and mutation.
We studied a limit cycle oscillation model and found that the potential landscape has a Mexican hat close ring valley shape and attracts the system down to the ring while the curl probability flux on the ring drives the coherent oscillation.
The controller with a second-order disturbance observer in a combination with the proposed continuous dynamic feedback attracts the system trajectories to boundary layers around two sliding surfaces of the outer control loops with the second-order sliding accuracy in presence of unknown disturbances and the discrete-time control update.
The landscape attracts the system down to the closed oscillation ring.
The landscape of the oscillation network has a closed ring valley shape attracting the system down.
The potential landscape attracts the system down to the closed oscillation ring, while the probability flux drives the system move periodically along the oscillation ring.
Landscape attracts the systems down to the oscillation ring while flux drives the coherent oscillation on the ring.
Despite the presence of intracellular pathogen recognition receptors that allow infected cells to attract the immune system, undifferentiated keratinocytes (KCs) are the main targets for latent infection with high-risk human papilloma viruses (hrHPVs).
Indeed, these nucleotides are partially released into the extracellular medium during apoptosis to help attract the immune system.
Senescent cells are marked by sustained cell arrest and the expression and release of secretory cytokines that attract the immune system (75).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com