The ssd-resnet-34-1200-onnx
model is a multiscale SSD based on ResNet-34 backbone network intended to perform object detection. The model has been trained from the Common Objects in Context (COCO) image dataset. This model is pretrained in PyTorch* framework and converted to ONNX* format. For additional information refer to repository.
Metric | Value |
---|---|
Type | Detection |
GFLOPs | 433.411 |
MParams | 20.058 |
Source framework | PyTorch* |
Metric | Value |
---|---|
coco_precision | 20.7198% |
mAP | 39.2752% |
Note that original model expects image in RGB
format, converted model - in BGR
format.
Image, shape - 1,3,1200,1200,
, format is B,C,H,W
where:
B
- batch sizeC
- channelH
- heightW
- width
Channel order is RGB
.
Image, shape - 1,3,1200,1200,
, format is B,C,H,W
where:
B
- batch sizeC
- channelH
- heightW
- width
Channel order is BGR
.
NOTE output format changes after Model Optimizer conversion. To find detailed explanation of changes, go to Model Optimizer development guide
- Classifier, name -
labels
, shape -1,N
, contains predicted classes for each detected bounding box. The model was trained on Microsoft* COCO dataset version with 80 categories of object. - Probability, name -
scores
, shape -1,N
, contains confidence of each detected bounding boxes. - Detection boxes, name -
bboxes
, shape -1,N,4
, contains detection boxes coordinates in format[y_min, x_min, y_max, x_max]
, where (x_min
,y_min
) are coordinates top left corner, (x_max
,y_max
) are coordinates right bottom corner. Coordinates are rescaled to input image size.
- Classifier, shape -
1,200
, contains predicted class ID for each detected bounding box. The model was trained on Microsoft* COCO dataset version with 80 categories of object. - Probability, shape -
1,200
, contains confidence of each detected bounding boxes. - Detection boxes, shape -
1,200,4
, contains detection boxes coordinates in format[y_min, x_min, y_max, x_max]
, where (x_min
,y_min
) are coordinates top left corner, (x_max
,y_max
) are coordinates right bottom corner. Coordinates are in normalized format, in range [0, 1].
The original model is distributed under the Apache License, Version 2.0. A copy of the license is provided in APACHE-2.0-MLPerf.txt.