In order to better quantify the differences in the context of a biosurveillance alerting system, we performed an analysis of the detection performance of our method and compared them to one using the W2 predictions.
In order to fully evaluate the performance of the proposed entity recognition system, we performed different analyses of the annotation results.
To evaluate the effectiveness of the proposed system, we performed an experiment.
With respect to user acceptance of the system, we performed debriefing sessions with civil protection authorities and surveys with app users.
To demonstrate the potential of the developed system, we performed analyses on the cure section for different noise levels up to 3%% using the Matlab.
In order to understand the mechanism of ferromagnetism in the Co-doped TiO2 system, we performed ESR measurements, as shown in Figure 8.
Using real data captured by our system, we performed experiments with the proposed stereo calibration and rectification method and compared the data with those from some existing methods.
To estimate the accuracy of the described system, we performed an extensive number of distributed data clustering processing on data sets of SNMP observations generated from real traffic.
To determine thermodynamic values of cytarabine, zigzag (5, 0) carbon nanotube, and (cytarabine/zigzag (5, 0) carbon nanotube) system, we performed a theoretical analysis at the HF/3-21 level.
To get a further knowledge about the colossal electroresistance (CER) effects in the Au/NBT/FTO system, we performed a careful study of the current voltage (I V) dependence.
To establish the role of catalyst in this polymerization system, we performed the blank experiment: First of all, we observed that the PDS alone did not initiate the polymerization in two-phase system under our reaction conditions.
