For the CV setup, numbers represent average values computed across the training and test folds (5-fold CV) F, P and C represent molecular function, biological process and cellular component, respectively.
For the CV setup, numbers represent average values computed across the training and test folds (5-fold CV) To perform a fair comparison across setups we first identified the GO subgraph that consists of only the GO categories common to all three setups (CV, NA and NP).
In all setups number of STAs is set to n = 60. Figure 4 Maximum throughput for CB-CSMA/CA, MPR and CSMA/CA versus number of antennas at the AP for n = 60 STAs.
We scored students' warrants as correct based on whether they mentioned at least one of the following elements of the experimental setup: Large number of frog eggs used Number of replicates − three for each treatment Use of the appropriate experimental controls The Wolf problem provided quantitative evidence and a claim, and asked students what kind of warrant would support that claim.
To simulate this experiment, we discretized the distillation setup (Figure 2) using a number of gridblocks (Figure 3).
In a typical experimental setup, the number of electrodes (M) is ∼102, and the number of BES (N) is ∼103, 104.
Table 1 Simulation setup Channel number 20 Capacity index In,max From 1 to 20 Sensing channel number N′ 2 State transition probability Setups 1 to 3. We first consider the memoryless channels.
In this setup the number of basis functions is for, and for.
For the first setup, the number of frames, N, corresponding to the segment lengths of 20, 30, 100, and 500 ms were 13936, 9291, 2788, and 558, respectively.
For the second setup, the number of frames, N, corresponding to the segment lengths for each phoneme class is shown in Table 3.
