Sentence examples for function of the number of measurements from inspiring English sources

Figure 3 Normalized MSE of the reconstructed tampering as a function of the number of measurements and the measures signal-to-quantization noise ratio, expressed in dB.

Figure 2 CS relative errors as function of the number of measurements using OMP. Figure 3 CS relative errors as function of the number of measurements using BP.

However, GML and EML are a function of the number of measurements and do not use the particle filtering method.

Figure3e shows how the probability of error decays as a function of the number of measurements K.

Shown in Figure 4, we see the phase variance ratio to the QCRB for each measurement scheme, as a function of the number of measurements.

For each pair (m, s), we compute the probability of recovery over 100 simulations for different chirp rate w ̄ ∈ { 0, 0. 1, 0. 25, 0. 5 }. Figure 4 shows the probability of recovery ϵ as a function of the number of measurements.

This is due to the fact that detection probability is a increasing function both of the number of measurements and P FA.

where is the detection probability, is the probability mass function of the number of incorrect measurements, refers to the probability that a target is detected and its measurements fall within the gate, and is the measurement error covariance matrix.

Figure 3 Comparison of MCS, BSBL-BO, EBSBL-BO, and EMBSBL as function of the number of compressive measurements.

Figure 5 Signal reconstruction performance of EBSBL-BO and EMBSBL as function of the number of compressive measurements.

Figure 2 Comparison of MCS, BSBL-BO, EBSBL-BO, and EMBSBL as a function of the number of compressive measurements.