Sentence examples for ambiguous measurements from inspiring English sources
In this paper, we ignore the integer ambiguity for simplicity and choose the parameters for simulations and experiments to avoid ambiguous measurements.
In the localization of wireless agents, ambiguous measurements have significant implications regarding the complexity and quality of the agents' positioning.
Ambiguous measurements occur, for example, in multiple source localization (MSL), in which the goal is to localize the sources of signals, although the signals themselves cannot be used to differentiate among their sources.
The increase in run time with larger sensing radius R is mainly due to the increased connectivity and the consequently larger quantity of ambiguous measurements that need to considered and mapped.
For the purpose of optimizing input data for comparative expression analysis, ambiguous measurements of gene expression, for example, probes associated with more than two genomic loci or control probes, were discarded.
Ambiguous measurement data N16.
In GMM-ITS algorithm, the non-linear (non-Gaussian) measurement likelihood is approximated by a Gaussian mixture of measurement components, which corresponds to the ambiguous measurement components due to the aliasing target range in the application of an HPRF radar.
This combined approach indeed makes it possible to directly enumerate P65-specific CD4 T cells in the blood during early time points of M. tuberculosis infection, circumventing the ambiguous measurement of antigen-specific T cells in acute infection.
8) Table 1 includes several non-standard or ambiguous measurement parameters that are not defined in Methods, namely "AP rise time", "AP decay time", and "AP integral".
Astrometric satellites scheduled at the end of this decade will perform non ambiguous diameter measurements.
In this work, the problem of ambiguous ranging measurements and their impact on localization has been discussed, and two exemplary application cases have been highlighted: multiple source localization (MSL) and the localization of highly resource-constrained wireless sensing agents.
