For cellular metabolism, complexity can be reduced by decomposition into pathways with particular biochemical functions, and the concept of elementary flux modes provides a systematic way for organizing metabolic networks into such pathways.
A systematic way of characterizing the damage modes of the material, in terms of the correlation characteristics is also developed.
A novel and systematic sliding mode control system design methodology is proposed, which integrates an identified second-order plus dead-time (SOPDT) model, an optimal sliding surface and a delay-ahead predictor.
Based on an identified SOPDT model, a designed optimal sliding surface and the use of a delay-ahead predictor, a novel and systematic sliding mode control system design methodology is proposed for the regulation of chemical processes.
A novel and systematic sliding mode control (SMC) scheme, which integrates a time-advanced nonlinear predictor, is proposed to compensate for the network-induced delay and to overcome the negative effect of uncertainties.
A novel and systematic sliding mode control (SMC) scheme, which integrates a time-advanced non-linear predictor and a statically equivalent output map (SEOM), is proposed to compensate for the process's input-delay and to circumvent the negative effect of inverse response.
To build intuition on the solution space, we have also included a systematic scan mode to cloneHD in order to visualize the log-likelihood landscape.
The design of SNP GeneChips thus enables us to study how these interaction modes affect the probe intensities in a systematic way.
For the Mode II and Mode III loading cases, the formulas and the subsequent sample results are presented in a systematic manner for the first time.
The present study, employing a repeated measures design, investigated systematic cross-mode differences in responding as a function of gender.
