Sentence examples for loss of detection from inspiring English sources

The maximum amplitude in the 1-hour records decreased from the November 2015, which corresponded to a loss of detection.

The MMSE mode can be used in power saving mode to reduce the power consumption with a loss of detection performance.

Furthermore, the proposed method can save 39.0%, 25.1%, and 46.1% time complexities needed to perform video fingerprint matching without a significant loss of detection accuracy for our synthetic dataset, TRECVID 2009 CCD Task, and MUSCLE-VCD 2007, respectively.

An increasing number of covariates leads to a loss of detection power, but more so on the first than on the second level, and more so in less-powerful designs.

For example, one reason for the loss of detection power and the generation of false positives is the heterogeneity of recombination rates across the human genome [28].

These results suggest that though CGGBP1 and NFIX co-localize with components of stress granules, the loss of detection of CGGBP1 after heat shock in the soluble fraction of cell lysates is likely due to the its stronger heterochromatin-associated presence.

These findings are in line with results obtained in a group of patients with painful radiculopathy using quantitative sensory testing which revealed a selective loss of vibration detection, detection of v. Frey hair contact, and cold detection in the affected dermatomes.

Moreover, in the conventional iterative MMSE scheme, only the extrinsic information from the decoder without that from the previous iteration of the detection is employed to update the probabilistic information for detection, which induces the performance loss of joint detection and decoding.

Our results are also consistent with those seen recently in macaques experimentally infected with XMRV in which tissues at necropsy are PCR-positive but viremia and detection of provirus in PBMCs disappear quickly, followed by loss of antibody detection [28], [29].

Inclusion of additional F7 segregants in decreasing order with respect to acetic acid tolerance resulted in the loss of QTL detection ability/resolution, and emergence of previously non-detected QTLs (Fig.  5b), indicating the presence of different combinations of causative alleles in segregants with less extreme tolerance to acetic acid.

The criteria were each judged with low, medium, and high risk of bias: case selection bias and confounding, attrition bias (loss of participants), detection bias (reliable measures?), reporting bias (selective or incomplete reporting), followed by a summary of the risk.