Sentence examples for received observations from inspiring English sources
In [38], the authors discuss shrinkage methods that calculate the intensity parameter on the basis of received observations.
In this paper, we use the Kronecker structure to reformulate the ST-GLRT by taking advantage of the inherent spatio-temporal structure of the received observations.
Then, the received observations by the L relays can be expressed in vector form as y r = α 1 h sr x + n r (1).
Update step: In this step, we deal with the received observations y k = (y 1,k ⋯ y M,k ) one after another by using the Bayesian rule to obtain individual update distributions and their corresponding existence probabilities.
Relay R does not decode the received messages, but it quantises (i.e. compresses) the received observations and re-encodes and transmits them to destination D. Hence, useful information, as well as noise from the S → R path, will be forwarded to the destination.
In this paper, we have proposed novel detection schemes that exploit the spatio-temporal correlation present in the received observations at a multi-antenna receiver.
Upon the reception of observation reports in RSU, RATE puts them in the recently received observation list (L ro).
In the centralized detection, the local sensor sends the received observation to the GFC directly without any processing.
WSN typically consists of a vast number of small, inexpensive, and low-powered sensors, which are deployed in the ROI to obtain and preprocess the received observation.
One proposed solution is the use of subspace MOE detectors [16, 17], which are designed to project the weight vector of the MOE scheme onto the signal subspace of the received observation data.
The received observation vector at the multi-sensors CR form the PU at time n under each hypothesis (PU absent/present) is given by begin{aligned} &mathcal{H}_{0}: Y_{m}[n] = xi_{m}[n], quadqquad,,, n = 0, 1, dots, N - 1. &mathcal{H}_{1}: Y_{m}[n] = S_{m}[n] + xi_{m}[n], n = 0, 1, dots, N - 1. end{aligned} (1).
