In this paper, a unified form of multi-scale top-hat transform based algorithms is given through reviewing and analyzing the existed multi-scale top-hat transform based algorithms.
A multipath model of BFT output is constructed, and the MMSE-based algorithm is given to suppress the interference.
Then an optimal-based algorithm is given to trace boundaries of the small signal stability region with considering the time delay.
Therefore, it was the aim of our study to investigate if in case of femoral indicator injection GEDV in the new PiCCO algorithm is given based on the correction of GEDVI and PVPI is based on corrected GEDV and corrected pulmonary blood volume.
After that, a thorough analysis of the algorithm is given, based upon a perfect node and traffic.
In order to analysis car crash test in C-NCAP, an improved algorithm is given based on Apriori algorithm in this paper.
The blocking probability B of a new flow, based on our admission control algorithm, is given by: B = ρ ̄ s max 1 + ρ ̄ + ⋯ + ρ ̄ s max (23).
Based on this computational model, a numerical algorithm is given which can be applied to compute the fuzzy reliability of mechanical components, sensors, electronic units, etc.
Based on the above notations, the SIF-OMP algorithm is given as follows.
The algorithm is given as Algorithm 1.
