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A novel methodology for rapid and high accuracy fault detection, classification, and location using PMUs is proposed in this paper.
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A more complete discussion of our methodology for rapid testing of an XSG-based controller using free-running cosimulation and SPS, has been given in [11].
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Apart from the conventional emulsification process for producing collagen microspheres as presented in Fig. 15c, Hong et al. (2012) developed a novel methodology for rapid production of collagen microspheres with encapsulated MDA 231 cells.
In this paper, we propose an efficient methodology for rapid instruction set customization on RISPs (Reconfigurable Instruction Set Processors) using predefined sets of dataflow structures that are based on templates and reusable structures.
In the current study, we describe an improved methodology for rapid creation and selection of recombinant poxviruses with multiple genetic manipulations solely based on expression of a fluorescent protein and with no requirement for drug selection that can lead to cellular stress and the risk of adventitious mutations throughout the viral genome.
Despite the clinical need to avoid the use of xenobiotic agents (foetal calf serum, cholera toxin) and cells (murine fibroblasts) the use of an irradiated mouse fibroblast feeder layer in a mitogen rich media with 10% bovine serum as first used clinically in the early 1980's [5] remains the most commonly used methodology for rapid expansion of adult keratinocytes for clinical use to this day [6].
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