A cascade method that includes nucleophilic aromatic substitution and Smiles rearrangement reaction has been developed.
They presented a robustness algorithm combined of Haar-like feature, Adaboost algorithm and Cascade method to filter and find the correct face region.
Its results were compared with the histogram of oriented gradient (HOG) method and the cascade method that are commonly used to identify humans in images.
Here, we report an efficient photocatalytic radical cascade method that enables access to libraries of chiral and multiple-ring-fused tetrahydrocarbolinones.
We present a phase-based potential ordering that is an extension of the Cascade ordering introduced by Appleyard and Cheshire [John R. Appleyard, Ian M. Cheshire, The cascade method for accelerated convergence in implicit simulators, in: European Petroleum Conference, 1982, pp. 113 122].
The following measures are used to evaluate the proposed cascade method: Recognition rate (RR) = number of correctly recognized images / number of testing images ROC, receiver operating characteristic graph AUC, area under an ROC curve.
It involves creation of 3-dimensional structure (mmff94 force field), feature extraction (Chemical Development Kit (CDK) and hashed finger prints), clustering (k-means cascade method), embedding in 3-D space (or Dimensionality reduction) and alignment of compounds using maximum common subgraph (MCS).
In this paper the method distribution of characteristics into partial fraction and recurrent cascade method represented by graphs were applied in order to structural modification of the vibrating mechanical system with cascade structure.
We comprehensively implement and compare two classic and one newly merged feature extraction methods (namely gradient direction feature, Gabor feature, and CNN trainable feature), four different types of well-known classifiers (SVM, LDF, MQDF, and CNN), and five multiple classifier combination strategies (including a specially designed novel cascade method).
A tunable Ti:sapphire laser pumped by an intracavity frequency-doubled YAG laser was designed, and third-harmonic generation of the tunable Ti:sapphire laser was achieved by rotating the cardinal plane of the crystal through a multi-crystal cascade method.
