diff --git a/basketballtrainer/models/pp_liteseg_rancrops.py b/basketballtrainer/models/pp_liteseg_rancrops.py
index 5fb84ac..d971961 100644
--- a/basketballtrainer/models/pp_liteseg_rancrops.py
+++ b/basketballtrainer/models/pp_liteseg_rancrops.py
@@ -91,48 +91,23 @@ def forward(self, x):
                     )
                     for random_crop, crop_x, crop_y in random_crops
                 ]
-                # discard background channel and apply softmax
-                softmax_tensors = [
-                    (
-                        pp.nn.functional.softmax(pp.unsqueeze(logit[:, 1, :, :], axis=1)),
-                        logit_x,
-                        logit_y
-                    )
-                    for logit, logit_x, logit_y in logit_tensors
-                ]
                 # 3. pad and aggregate
                 image_height, image_width = pp.shape(x)[2:]
-                softmax_tensors_padded = [
+                logits_padded = [
                     pp.nn.functional.pad(
-                        softmax,
+                        logit,
                         pad=(
-                            softmax_x,
-                            image_width - softmax_x - pp.shape(softmax).numpy()[3],
-                            softmax_y,
-                            image_height - softmax_y - pp.shape(softmax).numpy()[2]
+                            logit_x,
+                            image_width - logit_x - pp.shape(logit).numpy()[3],
+                            logit_y,
+                            image_height - logit_y - pp.shape(logit).numpy()[2]
                         ),
-                        value=float(pp.min(softmax))
+                        value=float(pp.min(logit))
                     )
-                    for softmax, softmax_x, softmax_y in softmax_tensors
+                    for logit, logit_x, logit_y in logit_tensors
                 ]
-                softmax_aggregation = pp.mean(pp.to_tensor(softmax_tensors_padded), axis=0)
-                # 4. apply detection rule
-                # Since a two-channel output is expected,
-                # a properly generated background channel needs to be re-introduced
-                foreground = pp.where(softmax_aggregation > self.__detection_threshold, 1, 0)
-                background = pp.where(softmax_aggregation <= self.__detection_threshold, 1, 0)
-                softmax_aggregation = pp.expand(
-                    softmax_aggregation,
-                    shape=(
-                        softmax_aggregation.shape[0],
-                        self.__num_classes,
-                        softmax_aggregation.shape[2],
-                        softmax_aggregation.shape[3]
-                    )
-                )
-                softmax_aggregation[:, 0, :, :] = background.astype('float32')
-                softmax_aggregation[:, 1, :, :] = foreground.astype('float32')
-                return [softmax_aggregation]
+                logit_aggregation = pp.mean(pp.to_tensor(logits_padded), axis=0)
+                return [logit_aggregation]
             else:
                 return super(PPLiteSegRandomCrops, self).forward(x)