At each detection and association step, position and velocity of moving objects are estimated by the Kalman process and a concurrent process updates the probability of each track according to the detection or not of the moving object (see (10) and (11), respectively).
Finally, a realistic example in geotechnical application is given to demonstrate how the expected losses can be estimated by the multivariate process capability indices.
This area is almost the same as the area of the largest rupture estimated by the source process analysis with tele-seismic data (Yoshida et al., 2011).
We calculate the distance d between the FPs p p estimated by temporal tracking and p t estimated by the former process in the same frame defined by begin{array}{*{20}l} (p_{p},p_{t})=sqrt{(x_{p}-x_{t})^{2}+ (y_{p}-y_{t})^{2}+(theta_{p}-theta_{t})^{2}}, end{array} (5).
Therefore, we work on the expected rank histogram of random texts, which can be easily estimated by simulating the process and averaging the rank histogram over a sufficiently large number of artificial texts.
Assuming that underlying changes in rate occurred as a series of steps, the timing of the steps was estimated by the following iterative process.
Transcript abundance in silk glands, cephalothorax, and venom glands was estimated by aligning the processed raw paired-end sequence reads from each tissue-specific library to the final non-redundant transcriptome using RSEM [ 63].
A three-point bending test with the notched beams was carried out and the fiber orientation distribution was quantitatively estimated by the help of image analysis process.
In general, the result suggests that a diffusion process should be examined from a dynamic perspective, and the influence of each specific peer effect needs to be estimated by the period in the diffusion process.
Additionally, the priming effect of earthworm ingestion and digestion processes, estimated by the normalized Cmin for casts (which subtracts the baseline Cmin flux from the bulk soil or soil fraction) was positively correlated (p < 0.05) with the C concentration of the LF in the ingested soil.
This process is estimated by the United Nations to be the largest global contributor of mercury emissions.
