As suggested before, this kind of genome evolution may be the result of positive selection for a higher complexity that can serve as the basis of new NBS-LRR – pathogen effector specificities [ 28, 78].
Compared to the maximum likelihood detector which has a prohibitively high complexity that is exponential with both the number of tracks and the number of intersymbol interference (ISI) taps, the proposed detector has a much lower complexity and a fast parallel structure.
Venomics delineates a scientific area of high complexity that is increased by the diversity of venom proteins and the influence imposed by age, geographic location, ontogenetic variation, feeding, and individual intrinsic characteristics that produce intraspecific variations.
The probe displayed a good specificity and sensitivity as it could recognize G. fragilis DNA in the presence of high concentrations of different species, and also in samples having a high complexity and that were partially degraded, as often occurs in field mucilage samples.
Nevertheless, our results already show how complex is the antipsychotic treatment even considering only classes of drugs, and suggest a much higher complexity that can be relevant for the treatment decisions and related consequences.
Compared to traditional methods such as the comb filtering method [23] and maximum likelihood methods [12, 16], the optimal filtering methods suffer from a high complexity, requiring that operations of cubic complexity be performed for each candidate fundamental frequency and order.
Ruiz-Mirazo et al. ([ 67]) grasped it as a partial decoupling between the genotypic and the phenotypic domains, which in turn allows for the development of free compositionality and the gaining of a higher complexity at the level of genotype - that is to open wide the door for open-ended evolution.
Also, the prospect of a higher complexity device that can combine the detection of antibodies against helmintic Schistosoma species, pathogen-derived NA targets and specific glycosylated-proteinaceous antigens can be explored [ 34– 34].
Two shield placement algorithms are presented and compared to standard shield placement techniques that use a high complexity circuit model of coupling.
