On the other hand, if the frequency space is densely divided, correlations between atoms are enhanced [27], which also reduces the performance of MP methods.
To validate the tracking performance of MP-PHD filter in multipath multitarget tracking, in this experiment, we have designed a multiple track scenario including three non-maneuvering targets where the target number is changing in OTHR.
The relationship between the performance of MP-EST and the amount of missing sequences is complicated and needs further studies.
We explore the performance of MP-EST [ 5] and these boosted versions of MP-EST on a collection of simulated and biological datasets.
In our experience, the use of endorectal coils has not proven to be a significant detriment to overall performance of mp-MRI at 1.5 T [ 34].
In the second simulation, we investigate the performance of MP-EST, STAR, and RT in estimating species trees in the anomaly zone.
To evaluate the performance of MP-EST, we simulated 10 ten-taxon species trees from a birth and death process with birth rate of 10 and death rate of 0.1 from the phylogenetic program Mesquite [ 50].
The simulation results reported by KT and the authors' conclusions on the relative performance of MP and ML [ 33] prompted the publication of more simulations aimed at exploring heterotachy more widely [ 34- 36].
Our previous work and that of others who have not employed endorectal coils and imaged at 1.5 T has shown comparable performance of mp-MRI with those studies that image with endorectal coils [ 17, 35– 35].
But, as noted by Swofford et al. [ 8], the better performance of MP in the Farris zone (Fig. 4f i) is due to an intrinsic bias of MP (i.e. misinterpretation of convergences as synapomorphies) and cannot be used as an argument in favour of MP.
