| { |
| "model": "setup_56", |
| "task": "nuc", |
| "architecture": "ResUNet3DValid", |
| "checkpoint": "model_checkpoint_350000", |
| "params": 10702001, |
| "channels": [ |
| "nuc" |
| ], |
| "input_voxel_size_nm": [ |
| 128, |
| 128, |
| 128 |
| ], |
| "output_voxel_size_nm": [ |
| 128, |
| 128, |
| 128 |
| ], |
| "output": "raw logits (apply sigmoid / threshold at 0)", |
| "input_norm": [ |
| { |
| "name": "MinMaxNormalizer", |
| "min_value": 0, |
| "max_value": 255 |
| }, |
| { |
| "name": "LambdaNormalizer", |
| "expression": "2*x-1" |
| } |
| ], |
| "io": "input 'input' float32 [1,1,z,y,x]; output 'output' float32 [1,C,z',y',x']", |
| "variants": [ |
| { |
| "model": "setup_56", |
| "variant": "fp32", |
| "input_size": 148, |
| "output_size": 60, |
| "file_mb": 42.91, |
| "file": "setup_56_nuc_128nm_in148_fp32.onnx", |
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| "model": "setup_56", |
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| "file_mb": 21.55, |
| "file": "setup_56_nuc_128nm_in148_fp16.onnx", |
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| { |
| "model": "setup_56", |
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| "file_mb": 10.88, |
| "file": "setup_56_nuc_128nm_in148_int8w.onnx", |
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| { |
| "model": "setup_56", |
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| "file": "setup_56_nuc_128nm_in148_int8w_fp16.onnx", |
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| { |
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| "file_mb": 42.91, |
| "file": "setup_56_nuc_128nm_in132_fp32.onnx", |
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| "ort_cpu_s": 0.96 |
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| { |
| "model": "setup_56", |
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| "file": "setup_56_nuc_128nm_in132_fp16.onnx", |
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| { |
| "model": "setup_56", |
| "variant": "int8w", |
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| "file": "setup_56_nuc_128nm_in132_int8w.onnx", |
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| { |
| "model": "setup_56", |
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| { |
| "model": "setup_56", |
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| { |
| "model": "setup_56", |
| "variant": "fp16", |
| "input_size": 116, |
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| "file_mb": 21.55, |
| "file": "setup_56_nuc_128nm_in116_fp16.onnx", |
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| "ort_cpu_s": 0.92 |
| }, |
| { |
| "model": "setup_56", |
| "variant": "int8w", |
| "input_size": 116, |
| "output_size": 28, |
| "file_mb": 10.88, |
| "file": "setup_56_nuc_128nm_in116_int8w.onnx", |
| "max_abs": 0.44115257263183594, |
| "mean_abs": 0.06680489331483841, |
| "flip_frac": 0.0008199708454810496, |
| "ort_cpu_s": 0.48 |
| }, |
| { |
| "model": "setup_56", |
| "variant": "int8w_fp16", |
| "input_size": 116, |
| "output_size": 28, |
| "file_mb": 10.91, |
| "file": "setup_56_nuc_128nm_in116_int8w_fp16.onnx", |
| "max_abs": 0.37530994415283203, |
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| "flip_frac": 0.0006377551020408163, |
| "ort_cpu_s": 0.88 |
| } |
| ], |
| "source_repo": "cellmap/nuc-resunet-setup-56", |
| "torch_version": "2.9.1", |
| "exporter": "torch.onnx.export (TorchScript, dynamo=False)", |
| "opset": 18, |
| "finetune": { |
| "head": { |
| "final_layer": "final_conv.convs.0", |
| "onnx_node": "/final_conv/convs.0/Conv", |
| "features": "/final_conv/Slice_output_0", |
| "weight": "final_conv.convs.0.weight", |
| "bias": "final_conv.convs.0.bias", |
| "in_channels": 40, |
| "out_channels": 1, |
| "activation": "none (logits)", |
| "files": [ |
| "setup_56_nuc_128nm_in116_fp16.onnx", |
| "setup_56_nuc_128nm_in116_fp32.onnx", |
| "setup_56_nuc_128nm_in132_fp16.onnx", |
| "setup_56_nuc_128nm_in132_fp32.onnx", |
| "setup_56_nuc_128nm_in148_fp16.onnx", |
| "setup_56_nuc_128nm_in148_fp32.onnx" |
| ], |
| "initializers": "finetune/initializers.json", |
| "loss": "masked BCE on logits", |
| "note": "train the final 1x1 conv on frozen features", |
| "torch_weight": { |
| "torch": "final_conv.weight", |
| "transform": "[:, :, 0]", |
| "to_onnx": [ |
| { |
| "index": [ |
| 2, |
| 0 |
| ] |
| } |
| ] |
| }, |
| "torch_bias": { |
| "torch": "final_conv.bias", |
| "transform": "identity", |
| "to_onnx": [] |
| }, |
| "weight_map": "finetune/weight_map.json" |
| }, |
| "full": { |
| "library": "tfjs", |
| "files": [ |
| "finetune/train_graph.json", |
| "finetune/cellmap_tfjs_train.js" |
| ], |
| "weight_map": "finetune/weight_map.json", |
| "torch_params": "finetune/torch_params.json", |
| "initializers": "finetune/initializers.json", |
| "write_back": [ |
| "setup_56_nuc_128nm_in116_fp16.onnx", |
| "setup_56_nuc_128nm_in116_fp32.onnx", |
| "setup_56_nuc_128nm_in132_fp16.onnx", |
| "setup_56_nuc_128nm_in132_fp32.onnx", |
| "setup_56_nuc_128nm_in148_fp16.onnx", |
| "setup_56_nuc_128nm_in148_fp32.onnx" |
| ], |
| "frozen": [], |
| "note": "NDHWC graph, params named as the PyTorch state_dict (Conv3d [O,I,kd,kh,kw], ConvTranspose3d [I,O,2,2,2]); read them from the .onnx with torch_params.json from_onnx, write back with weight_map.json to_onnx; BatchNorm running stats frozen. Plain TF.js autodiff keeps every intermediate until the backward pass: use the smallest block (3D memory grows with the block volume)" |
| } |
| } |
| } |
