Three listening tests were conducted to study the proposed method for location-specific audio textures.
Our toolbox currently contains implementations of robust methods for location and scale estimation, covariance estimation (FAST-MCD), regression (FAST-LTS, MCD-regression), principal component analysis (RAPCA, ROBPCA), principal component regression (RPCR), partial least squares (RSIMPLS) and classification (RDA).
For this validation experiment, current methods for location and scale normalisations of log-ratio values were used [ 14- 16].
The most recent methods for location prediction are based on a combination of text-mining and ab initio sequence-based methods.
Apart from fluorescence, other methods for location of tumor were used intra-operatively, with neuronavigation employed in 57 of 78 (73.1 %) cases, ultrasound in 35 of 78 (44.9 %) cases, and intra-operative CT in one case.
The following contribution describes an RSS-based indoor location method for assets location and tracking in industrial warehouses.
As the LDT method accounts for location bias, we can then make the case that the method at least partially accounts for differences in recombination rates between markers.
The other non-GPS method for accurate location data is to use the location of cell towers.
In this paper, an extension of the detection method for damage location is proposed and demonstrated.
An improved method for ultrasonic location of multiple flaws using perpendicular ultrasonic arrays, working in near-field conditions, is presented.
Here, we introduce a method for the location of probes from distance information that is based on probability calculus.
