The DBToolkit from the Compomics framework (http://dbtoolkit.googlecode.com) provides a GUI to build sequence databases, after performing different processing steps such as protease digestion, decoy and sequence pattern filtering.
The agents in these layers perform different tasks for processing information, specifically the processing tasks that will be used in the case study and the chips.
Each processing element can perform different kind of arithmetic operations (integer and floating-point) between 8-, 16- and 32-bit values.
To this end, the developed video bus drives the input image through the parallel architecture where all processing nodes are independent and perform different image sizes.
And each perform different task.
Partial least squares (PLS) regression models were developed based on chemical reference measurements and the spectral information of the samples after performing different pre-processing methods.
The mechanical and microstructural results belonging to the nitriding process, performed with different processing conditions for various steels, are presented.
Microarray data analysis was performed using different processing (background subtraction, normalization, summarizing) approaches in order to maximize the chances to detect or to identify expression changes in interesting genes.
The visual cortex of the early blind was activated during performing different tasks, such as language processing [62] [64], tactile discrimination [65] [67], auditory stimuli [68], [69] or when working on higher cognitive tasks [63].
In order to accomplish an extensive and complete study, the evaluation of the algorithms was performed for four different processing capacities (i.e., maximum number of connected users allowed by the femtocell: 4, 8, 16, and 32 users).
