(a) shows a zoomed-in example of a tile from a WSI. (b) During training, we alternated between an inference step and a training step. During the inference step, the model weights were frozen and the model was used to select tiles with the highest probability after applying it on the entire tissue regions of each WSI. The top k tiles with the highest probabilities were then selected from each WSI and placed into a queue. During training, the selected tiles from multiple WSIs formed a training batch and were used to train the model.</p
<p>Classification performances are shown in terms of accuracy (the percentage of correctly classifie...
Taking 75% voxels as training set, and the remaining 25% as validation set. After 20000 iterations, ...
<p>(A) The training and testing procedure in the model. Three discrete times steps are arrayed verti...
An overview of the modeling method used, which includes three steps, is shown. The first step is the...
<p>64x64 tiles were extracted from annotated regions of whole-slide images. The tiles resulting from...
A count matrix undergoes pre-processing, including normalization and filtering. The data is randomly...
A conceptual diagram of the training process for WSI classifiers is shown. A single WSI is converted...
The operationalization of the trained WSI classifier model is similar to the training workflow. When...
The process of FS and classification consists of the following steps: 1) create 100 random splits of...
<p>Subjects were randomly assigned to the training or validation set. All training, including tuning...
<p>The diagram illustrates the combination of training time of two windows using the previously foun...
<p><b>a–b</b>: Evolution of weights in the spiking model. Weights as learned after different numbers...
<p>(a) Training samples = 60, testing samples = 210, number of features = 4. (b) Training samples = ...
Fig A. Improvement on test set loss saturates as the number of transition matrices increases. (a) Te...
<p><b>A.</b> Illustration of response mapping and predictive model strategies. Subjects may learn re...
<p>Classification performances are shown in terms of accuracy (the percentage of correctly classifie...
Taking 75% voxels as training set, and the remaining 25% as validation set. After 20000 iterations, ...
<p>(A) The training and testing procedure in the model. Three discrete times steps are arrayed verti...
An overview of the modeling method used, which includes three steps, is shown. The first step is the...
<p>64x64 tiles were extracted from annotated regions of whole-slide images. The tiles resulting from...
A count matrix undergoes pre-processing, including normalization and filtering. The data is randomly...
A conceptual diagram of the training process for WSI classifiers is shown. A single WSI is converted...
The operationalization of the trained WSI classifier model is similar to the training workflow. When...
The process of FS and classification consists of the following steps: 1) create 100 random splits of...
<p>Subjects were randomly assigned to the training or validation set. All training, including tuning...
<p>The diagram illustrates the combination of training time of two windows using the previously foun...
<p><b>a–b</b>: Evolution of weights in the spiking model. Weights as learned after different numbers...
<p>(a) Training samples = 60, testing samples = 210, number of features = 4. (b) Training samples = ...
Fig A. Improvement on test set loss saturates as the number of transition matrices increases. (a) Te...
<p><b>A.</b> Illustration of response mapping and predictive model strategies. Subjects may learn re...
<p>Classification performances are shown in terms of accuracy (the percentage of correctly classifie...
Taking 75% voxels as training set, and the remaining 25% as validation set. After 20000 iterations, ...
<p>(A) The training and testing procedure in the model. Three discrete times steps are arrayed verti...