Exhaustive search over all possible buffer allocations quickly becomes impractical beyond short lines and few buffers. Thus an algorithm is needed to efficiently find optimal or near-optimal allocations. We develop a simple search algorithm for determining the optimal allocation of a fixed amount of ...
3. Heuristic algorithm As the number of suppliers and stages increases, the problem becomes more complex and, consequently, more computational time is needed to solve it. Therefore, there is an increasing need for a heuristic algorithm that is capable of reducing the feasible region to solve the...
A simple up-down staircase algorithm was used to set stimulus exposure duration such that the subjects were responding correctly on about 70% of the trials (Levitt, 1970). Responses on successive pairs of trials were tallied and exposure duration adjusted according to the following rules. When ...
2). Our precursor search is offset by one acquisition cycle from ongoing data acquisition to avoid introducing any scan overhead time. In distributing precursors to PASEF scans, our algorithm accounts for the quadrupole switching time as well as the elution order of ion mobility peaks and ...
An algorithm to determine matching grains between the EBSD and NF-HEDM modalities was described and implemented, allowing the calculation of the 2D similarity transform required to best align the HEDM data layers with the resampled EBSD data layers and the resampling of the HEDM data into a point...
If the K28.7 pattern is used, this algorithm can be extended across a5× change in baud rate since the lowest bandwidth receiver can still decipher the 0011111000 pattern if multiplied up by 5 to a 0101010101. As shown in FIG. 1, the K28.7 pattern is multiplexed with data in the Seriali...
The main contribution of this study is to implement a single-flux-quantum (SFQ)-based hardware algorithm that performs an exhaustive search to verify the Collatz conjecture, and demonstrate the first SFQ-based system combined with SFQ processor and SFQ memory working at high clock speed. The ...
That is, while the technique may be, for example, implemented as executing code on a computer, the expression of that technique may be more aptly and succinctly conveyed and communicated as a formula, algorithm, or mathematical expression. Thus, one skilled in the art would recognize a block ...
The center of the neighborhood for the algorithm, that is, the pixel of interest, is located at line 3, column 3 (B13). This location (B13) serves as the output of this stage for the relative point in the next stage. The output is modified according to the image processing primitive ...
caller identification, call transfer, automatic route selection, and/or station and port capacities). The method and system can effectively protect and control actuation of one or more computational features, one or more controlled applications, and any other type or form of computational algorithm. ...