Temporally differential expression gene sets detected by these dynamic methods were compared with the results of simple pairwise tests and pooling methods.
Under a 100% renewable energy scenario for Germany, the control reserve that would be allocated by the dynamic method is compared with the control reserve that would be allocated by a static method.
For this important purpose, our dynamic methods are compared to these static methods by evaluating the overlap in the number of differentially expressed genes in real data sets.
The adsorption capacity determined by the dynamic method was 65 and 77% for membranes and spheres, respectively, of the value obtained static method results.
However, those algorithms all do not consider dependency between samples in time course and they assume that all samples are independently distributed, though sequential correlation is obviously observed in data as shown in Figure 2. We noticed that basically patterns of detection of temporal changes by static and dynamic method are different, albeit they agree in some degree.
In [17], the shortest path algorithm achieved by dynamic programming method was used for object segmentation.
A hysteresis model derived by using a dynamic Preisach method is used for the feedforward control.
Such dynamic modeling method is verified by the velocity measurement of synthetic samples with known crack structures at different effective stresses.
In order to overcome the lack of fidelity of the lumped parameter models and the high computational cost of finite element models, and in order to obtain accurate vibration response predictions to understand the coupling vibration mechanism in the planetary gear system, a comprehensive, fully coupled, dynamic modeling method is proposed by applying a virtual equivalent shaft element.
The dynamic changes reflected by these methods are just at the total amount level, not at the expressed level, let alone other metabolic levels, despite the term "differential expressed proteome" has been used in most cases.
