Titlebook: Synchronisation in zentralisierten Datenbanksystemen; Algorithmen, Realisi Peter Peinl Book 1987 Springer-Verlag Berlin Heidelberg 1987 Alg

ODIUM

Peter Peinlthe broad error modeling framework of Chap. 5 by concentrating on the DAC unit current amplitude errors. The main novelty of the presented approach is in the application of the Brownian Bridge (BB) process to precisely describe the INL. This method analyzes the thermometer (unary) and binary DAC arc

JAUNT

segmentation to create redundant D/A functions, defined around nominally identical sub-DAC entities. Further, the method uses a digital pre-processor to create phase shifted replicas of the input signal that are fed to the sub-DACs. These represent the input arguments for the redundant D/A function

aspect

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ARBOR

熟练

Peter Peinlive antecedents found to be significant while influence of price value was found insignificant on behavioural intentions. The recommendations drawn from this research would help to decide if and when to use such antecedents for predicting consumer intention to adopt DPMs.

笼子

transplantation

Peter Peinlm added by sum weight method, and the other one is a heuristic approach based on the non-dominated sorting genetic algorithm (NSGA-II). The computational results of the two methods were compared. The comparison shows that the heuristic method is promising due to the low execution time—around 20 s—an

tympanometry

Peter Peinlm added by sum weight method, and the other one is a heuristic approach based on the non-dominated sorting genetic algorithm (NSGA-II). The computational results of the two methods were compared. The comparison shows that the heuristic method is promising due to the low execution time—around 20 s—an

effrontery

Peter Peinlm added by sum weight method, and the other one is a heuristic approach based on the non-dominated sorting genetic algorithm (NSGA-II). The computational results of the two methods were compared. The comparison shows that the heuristic method is promising due to the low execution time—around 20 s—an