The present paper postulates a more general "heterogeneous fracture mechanics" concept based on an experimental observable and a multiphysics analysis used to interpret such observations, for multi-defect representations.
The building blocks are described as the minimal ∗-dilations of defect free representations modelled on finite groups of rank 2.
Similarly the halting rhythm of the show, skipping like a scratchy record tended by someone preoccupied with other matters, comes across as more an artistic defect than a representation of the couple's stuttering, stuck relationship.
Skilled humans can identify the possible insulation defects in various representations of partial discharge (PD) data.
The defect of ray representation in computational intensity has been overcome by the newly developed parallel algorithms running on the graphics hardware equipped with Graphics Processing Unit (GPU).
Importantly, mouse reconstitution experiments using cells from the mutant bone marrow also provided evidence for a T (but not B) cell defect, and increased representation of CD69+ cells (data not shown) implying a T cell intrinsic function for coronin-1A.
To solve the defect of tradition knowledge representation that a large amount of semantic heterogeneous information results in the difficulty of sharing and exchanging information, first, a framework of the knowledge description is given in the paper, in which all kinds of things and their properties can be expressed and described.
The main reason for this defect is in the poor representation of capacitated resources through bounds on workloads.
Furthermore, by means of spectral analysis and time frequency representations, diverse track defects, track singularities and vibration modes can be clearly identified.
This configuration, despite its low cost, allows better performances than commercial equipments because deeper defects can be detected due to the higher sensitivity of the GMR sensor, which is constant in a very large frequency range (10 Hz–1 MHz), but also because a precisely located graphical representation of the defect is delivered to the user due to the incorporated positioning system.
According to the characteristics of uneven illumination, occlusion, and complicated environment, Li et al. established the sparse representation model of the defect image [11].
