Process modeling languages such as EPCs, BPMN, flow charts, UML activity diagrams, Petri nets, etc., are used to model business processes and to configure process-aware information systems.
The Q-learning-based channel and power configuration process is shown in Figure 5, and the details are described as follows: Figure 5 Q-learning based channel and power configuring process.
So, the reduction of time turns into a considerable increase of the efficiency of the scheduling and configuring process.
We here, analyzed the high expressivity of these genes configuring processed or retropseudogenes by their immense connectivity in protein-protein interaction network, an inclination towards alternative splicing mechanism, a lower rate of mRNA disintegration and a slower evolutionary rate.
Taken together, we summarize that, the regulatory factors constraining the expressivity of the human genes configuring processed pseudogenes are their connectivity in protein-protein interaction network, alternative splicing mechanism, slower rate of mRNA decay and evolutionarily conserved nature.
Our findings imply that, the affluence of disordered regions elevating the network attachment to be involved in important cellular assignments and the stability in transcriptional level are acting as the prevailing forces behind the high expressivity of the human genes configuring processed pseudogenes.
As a result, we can characterize all feasible configurations (i.e., configurations without behavioral problems) at design time, instead of repeatedly checking each individual configuration while configuring a process model.
However, in order to maximise the benefits, work must be done to optimise the material for its required role and to configure the process for efficient production.
ADCPs can be classified into two classes on the basis of the techniques used to configure and process the acoustic signal-narrowband and broadband (Lu and Lueck 1999; Lee et al. 2014).
CPC, therefore, can utilize web services to not only discover diverse services of design, manufacturing and logistics, but configure collaborative process design, supporting service oriented CPC within WSCPC framework.
It is possible to configure the process for different numbers of replicates and samples.
