A hash chain label generated from a single random value (R).
R is a random bit string whose length is 128 bits, and H represents the hash function used to calculate the hash chain label: S1 = H (R), S2 = H (S1),..., Sn = H (Sn-1), which represents a hash chain label generated from a single random value (R).
Extracted data fields included patient characteristics (breed, gender, neutering status, date of birth), consultation-related data (date of examination or clinical data entry, free-text clinical notes, any diagnostic codes assigned (VeNom codes [ 40]) and treatment details (product name and number of items dispensed, dosing instructions from labels generated for dispensed medication).
2-million feature vectors (1 million with positive labels and 1 million with negative labels) are generated from 2-million machine-labeled sentences, known as the complete set.
Meanwhile, the proposed schemes, the G.729B VAD and LTSV-based VAD, were compared to a set of reference labels generated every 10 ms from the TIMIT phonetic level transcription.
The proposed schemes, the G.729B VAD and LTSV-based VAD, produce a decision every 10 ms, while the AMR VADs need 20 ms. In order to be comparable, the frame-wise VAD decisions produced by the AMR VADs were compared to a set of reference labels generated every 20 ms from the TIMIT phonetic level transcription.
The biotin labeled probes generated from labeling of g-DNA was hybridized to Affymetrix rice expression array (see experimental procedure).
After isopropanol precipitation of the labeled cDNA, Cy5 labeled cDNA generated from experimental samples was mixed with Cy3 labeled cDNA from the respective untreated control sample and hybridized to the 12k_v1 cDNA microarray from the Canadian Drosophila Microarray Centre (CDMC).
The Prime-a-Gene® Labelling system (Promega) was used to label probes generated from cloning of PCR amplicons.
The isotope labeling patterns generated from 50% U-C-labeled glucose allowed immediate identification of many active metabolic pathways within the cell.
