Summary

	info
docker_version	kneron/toolchain:v0.23.1
comments
kdp720/input bitwidth	int8
kdp720/output bitwidth	int8
kdp720/datapath bitwidth	int8
kdp720/weight bitwidth	int8
kdp720/ip_eval/fps	23.6713
kdp720/ip_eval/ITC(ms)	42.2452 ms
kdp720/ip_eval/C(GOPs)	2.24803e+09
kdp720/ip_eval/RV(mb)	51.260000
kdp720/ip_eval/WV(mb)	49.346400
kdp720/ip_eval/cpu_node	Add: /model.24/Add, /model.24/Add_1, /model.24/Add_2//BatchNormalization: /model.24/Mul_10_output_0, /model.24/Mul_1_output_0, /model.24/Mul_2_output_0, /model.24/Mul_4_output_0, /model.24/Mul_5_output_0, /model.24/Mul_6_output_0, /model.24/Mul_8_output_0, /model.24/Mul_9_output_0, /model.24/Mul_output_0//Concat: /model.24/Concat, /model.24/Concat_1, /model.24/Concat_2//KneronSquare: /model.24/Pow, /model.24/Pow_1, /model.24/Pow_2//Mul: /model.24/Mul_11, /model.24/Mul_3, /model.24/Mul_7//Reshape: /model.24/Reshape, /model.24/Reshape_1_TxpOpt_reshape, /model.24/Reshape_2, /model.24/Reshape_3_TxpOpt_reshape, /model.24/Reshape_4, /model.24/Reshape_5_TxpOpt_reshape//Sigmoid: /model.24/Sigmoid, /model.24/Sigmoid_1, /model.24/Sigmoid_2//Slice: /model.24/Split_1_output_0, /model.24/Split_1_output_1, /model.24/Split_1_output_2, /model.24/Split_2_output_0, /model.24/Split_2_output_1, /model.24/Split_2_output_2, /model.24/Split_output_0, /model.24/Split_output_1, /model.24/Split_output_2//Transpose: /model.24/Transpose, /model.24/Transpose_1, /model.24/Transpose_2
kdp720/bie	input.kdp720.scaled.bie
kdp720/onnx	input.kdp720.decomposed.onnx
kdp720/nef	models_720.nef
gen fx model report	model_fx_report.html
gen fx model json	model_fx_report.json

kdp720

	node	node origin	type	bw in	bw out	bw weight	node backend	CMD_node_idx	MAC_cycle	MAC_runtime(ms)	RDMA_amount(Byte)	WDMA_amount(Byte)	Weight_amount(Byte)	runtime(ms)	in_fmt	out_fmt
0	/model.24/Constant_6_output_0	None	NPU	None	[8]	N/A	None	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
1	/model.24/Constant_2_output_0	None	NPU	None	[8]	N/A	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
2	/model.24/Constant_22_output_0	None	NPU	None	[8]	N/A	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
3	/model.24/Constant_18_output_0	None	NPU	None	[8]	N/A	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
4	/model.24/Constant_10_output_0	None	NPU	None	[8]	N/A	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
5	/model.24/Constant_14_output_0	None	NPU	None	[8]	N/A	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
6	images	None	NPU	None	[8]	N/A	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
7	/model.0/conv/Conv	/model.0/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.0/conv/Conv_/model.0/act/LeakyRelu	0	960232	1.371760	1699840	1638400	14336	1.809140	4W4C8B	1W16C8B
8	/model.0/act/LeakyRelu	/model.0/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
9	/model.1/conv/Conv	/model.1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.1/conv/Conv_/model.1/act/LeakyRelu	7	549888	0.785554	1658880	819200	15360	1.110564	1W16C8B	1W16C8B
10	/model.1/act/LeakyRelu	/model.1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
11	/model.2/cv2/conv/Conv	/model.2/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.2/cv2/conv/Conv_/model.2/cv2/act/LeakyRelu	21	25040	0.035771	409600	409600	2048	0.143156	1W16C8B	1W16C8B
12	/model.2/cv2/act/LeakyRelu	/model.2/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
13	/model.2/Concat_KNOPT_dummy_bn_0	/model.2/Concat	NPU	[8]	[8]	[8]	/model.2/Concat_KNOPT_dummy_bn_0	23	3520	0.005029	409600	409600	512	0.112320	1W16C8B	1W16C8B
14	/model.2/cv1/conv/Conv	/model.2/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.2/cv1/conv/Conv_/model.2/cv1/act/LeakyRelu	10	25040	0.035771	819200	409600	2048	0.196821	1W16C8B	1W16C8B
15	/model.2/cv1/act/LeakyRelu	/model.2/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
16	/model.2/m/m.0/Add_KNOPT_dummy_bn_0	/model.2/m/m.0/Add	NPU	[8]	[8]	[8]	/model.2/m/m.0/Add_KNOPT_dummy_bn_0	12	3520	0.005029	409600	409600	1024	0.112546	1W16C8B	1W16C8B_INTLV
17	/model.2/m/m.0/cv1/conv/Conv	/model.2/m/m.0/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.2/m/m.0/cv1/conv/Conv_/model.2/m/m.0/cv1/act/LeakyRelu	14	13520	0.019314	409600	0	512	0.072980	1W16C8B	1W16C8B
18	/model.2/m/m.0/cv1/act/LeakyRelu	/model.2/m/m.0/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
19	/model.2/m/m.0/cv2/conv/Conv	/model.2/m/m.0/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.2/m/m.0/cv2/conv/Conv_/model.2/m/m.0/cv2/act/LeakyRelu	15	68448	0.097783	0	0	2560	0.097783	1W16C8B	1W16C8B
20	/model.2/m/m.0/cv2/act/LeakyRelu	/model.2/m/m.0/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
21	/model.2/m/m.0/Add_KNOPT_dummy_bn_1	/model.2/m/m.0/Add	NPU	[8]	[8]	[8]	/model.2/m/m.0/Add_KNOPT_dummy_bn_1	16	3520	0.005029	409600	0	1024	0.058827	1W16C8B	1W16C8B_INTLV
22	/model.2/m/m.0/Add	/model.2/m/m.0/Add	NPU	[8, 8]	[8]	[8]	/model.2/m/m.0/Add	17	7140	0.010200	0	409600	512	0.063919	1W16C8B_INTLV	1W16C8B
23	/model.2/m/m.0/Add_KNOPT_dummy_bn_2	/model.2/Concat	NPU	[8]	[8]	[8]	/model.2/m/m.0/Add_KNOPT_dummy_bn_2	20	3520	0.005029	819200	409600	512	0.165986	1W16C8B	1W16C8B
24	/model.2/Concat	/model.2/Concat	NPU	[8, 8]	[8]	[8]	/model.2/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
25	/model.2/cv3/conv/Conv	/model.2/cv3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.2/cv3/conv/Conv_/model.2/cv3/act/LeakyRelu	25	47096	0.067280	281600	0	6144	0.104195	1W16C8B	1W16C8B
26	/model.2/cv3/act/LeakyRelu	/model.2/cv3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
27	/model.3/conv/Conv	/model.3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.3/conv/Conv_/model.3/act/LeakyRelu	26	557568	0.796526	558080	409600	61440	0.923511	1W16C8B	1W16C8B
28	/model.3/act/LeakyRelu	/model.3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
29	/model.4/cv2/conv/Conv	/model.4/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.4/cv2/conv/Conv_/model.4/cv2/act/LeakyRelu	44	22640	0.032343	0	0	4096	0.032343	1W16C8B	1W16C8B
30	/model.4/cv2/act/LeakyRelu	/model.4/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
31	/model.4/Concat_KNOPT_dummy_bn_1	/model.4/Concat	NPU	[8]	[8]	[8]	/model.4/Concat_KNOPT_dummy_bn_1	45	1860	0.002657	0	204800	1024	0.029516	1W16C8B	1W16C8B
32	/model.4/cv1/conv/Conv	/model.4/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.4/cv1/conv/Conv_/model.4/cv1/act/LeakyRelu	31	22640	0.032343	409600	0	4096	0.086009	1W16C8B	1W16C8B
33	/model.4/cv1/act/LeakyRelu	/model.4/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
34	/model.4/m/m.0/Add_KNOPT_dummy_bn_0	/model.4/m/m.0/Add	NPU	[8]	[8]	[8]	/model.4/m/m.0/Add_KNOPT_dummy_bn_0	32	1860	0.002657	0	0	1024	0.002657	1W16C8B	1W16C8B_INTLV
35	/model.4/m/m.0/cv1/conv/Conv	/model.4/m/m.0/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.4/m/m.0/cv1/conv/Conv_/model.4/m/m.0/cv1/act/LeakyRelu	33	11760	0.016800	0	0	2048	0.016800	1W16C8B	1W16C8B
36	/model.4/m/m.0/cv1/act/LeakyRelu	/model.4/m/m.0/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
37	/model.4/m/m.0/cv2/conv/Conv	/model.4/m/m.0/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.4/m/m.0/cv2/conv/Conv_/model.4/m/m.0/cv2/act/LeakyRelu	34	73344	0.104777	0	0	10240	0.104777	1W16C8B	1W16C8B
38	/model.4/m/m.0/cv2/act/LeakyRelu	/model.4/m/m.0/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
39	/model.4/m/m.0/Add_KNOPT_dummy_bn_1	/model.4/m/m.0/Add	NPU	[8]	[8]	[8]	/model.4/m/m.0/Add_KNOPT_dummy_bn_1	35	1860	0.002657	0	0	1024	0.002657	1W16C8B	1W16C8B_INTLV
40	/model.4/m/m.0/Add	/model.4/m/m.0/Add	NPU	[8, 8]	[8]	[8]	/model.4/m/m.0/Add	36	3620	0.005171	0	0	512	0.005171	1W16C8B_INTLV	1W16C8B
41	/model.4/m/m.0/Add_KNOPT_dummy_bn_3	/model.4/m/m.1/Add	NPU	[8]	[8]	[8]	/model.4/m/m.0/Add_KNOPT_dummy_bn_3	37	1860	0.002657	0	0	1024	0.002657	1W16C8B	1W16C8B_INTLV
42	/model.4/m/m.0/Add_KNOPT_dummy_bn_2	/model.4/m/m.1/cv1/conv/Conv	NPU	[8]	[8]	[8]	/model.4/m/m.0/Add_KNOPT_dummy_bn_2	38	1860	0.002657	0	0	1024	0.002657	1W16C8B	1W16C8B
43	/model.4/m/m.1/cv1/conv/Conv	/model.4/m/m.1/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.4/m/m.1/cv1/conv/Conv_/model.4/m/m.1/cv1/act/LeakyRelu	39	11760	0.016800	0	0	2048	0.016800	1W16C8B	1W16C8B
44	/model.4/m/m.1/cv1/act/LeakyRelu	/model.4/m/m.1/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
45	/model.4/m/m.1/cv2/conv/Conv	/model.4/m/m.1/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.4/m/m.1/cv2/conv/Conv_/model.4/m/m.1/cv2/act/LeakyRelu	40	73344	0.104777	0	0	10240	0.104777	1W16C8B	1W16C8B
46	/model.4/m/m.1/cv2/act/LeakyRelu	/model.4/m/m.1/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
47	/model.4/m/m.1/Add_KNOPT_dummy_bn_0	/model.4/m/m.1/Add	NPU	[8]	[8]	[8]	/model.4/m/m.1/Add_KNOPT_dummy_bn_0	41	1860	0.002657	0	0	1024	0.002657	1W16C8B	1W16C8B_INTLV
48	/model.4/m/m.1/Add	/model.4/m/m.1/Add	NPU	[8, 8]	[8]	[8]	/model.4/m/m.1/Add	42	3620	0.005171	0	0	512	0.005171	1W16C8B_INTLV	1W16C8B
49	/model.4/Concat_KNOPT_dummy_bn_0	/model.4/Concat	NPU	[8]	[8]	[8]	/model.4/Concat_KNOPT_dummy_bn_0	43	1860	0.002657	409600	204800	1024	0.083182	1W16C8B	1W16C8B
50	/model.4/Concat	/model.4/Concat	NPU	[8, 8]	[8]	[8]	/model.4/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
51	/model.4/cv3/conv/Conv	/model.4/cv3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.4/cv3/conv/Conv_/model.4/cv3/act/LeakyRelu	47	45280	0.064686	409600	409600	8192	0.171977	1W16C8B	1W16C8B
52	/model.4/cv3/act/LeakyRelu	/model.4/cv3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
53	/model.16/Concat_KNOPT_dummy_bn_1	/model.16/Concat	NPU	[8]	[8]	[8]	/model.16/Concat_KNOPT_dummy_bn_1	117	3720	0.005314	0	409600	2048	0.058940	1W16C8B	1W16C8B
54	/model.5/conv/Conv	/model.5/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.5/conv/Conv_/model.5/act/LeakyRelu	48	572928	0.818469	0	0	81920	0.818469	1W16C8B	1W16C8B
55	/model.5/act/LeakyRelu	/model.5/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
56	/model.6/cv2/conv/Conv	/model.6/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/cv2/conv/Conv_/model.6/cv2/act/LeakyRelu	68	18040	0.025771	0	0	16384	0.025771	1W16C8B	1W16C8B
57	/model.6/cv2/act/LeakyRelu	/model.6/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
58	/model.6/Concat_KNOPT_dummy_bn_1	/model.6/Concat	NPU	[8]	[8]	[8]	/model.6/Concat_KNOPT_dummy_bn_1	69	1020	0.001457	0	102400	2048	0.014848	1W16C8B	1W16C8B
59	/model.6/cv1/conv/Conv	/model.6/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/cv1/conv/Conv_/model.6/cv1/act/LeakyRelu	49	18040	0.025771	0	0	16384	0.025771	1W16C8B	1W16C8B
60	/model.6/cv1/act/LeakyRelu	/model.6/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
61	/model.6/m/m.0/Add_KNOPT_dummy_bn_0	/model.6/m/m.0/Add	NPU	[8]	[8]	[8]	/model.6/m/m.0/Add_KNOPT_dummy_bn_0	50	1020	0.001457	0	0	2048	0.001457	1W16C8B	1W16C8B_INTLV
62	/model.6/m/m.0/cv1/conv/Conv	/model.6/m/m.0/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/m/m.0/cv1/conv/Conv_/model.6/m/m.0/cv1/act/LeakyRelu	51	9880	0.014114	0	0	8192	0.014114	1W16C8B	1W16C8B
63	/model.6/m/m.0/cv1/act/LeakyRelu	/model.6/m/m.0/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
64	/model.6/m/m.0/cv2/conv/Conv	/model.6/m/m.0/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/m/m.0/cv2/conv/Conv_/model.6/m/m.0/cv2/act/LeakyRelu	52	77184	0.110263	0	0	40960	0.110263	1W16C8B	1W16C8B
65	/model.6/m/m.0/cv2/act/LeakyRelu	/model.6/m/m.0/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
66	/model.6/m/m.0/Add_KNOPT_dummy_bn_1	/model.6/m/m.0/Add	NPU	[8]	[8]	[8]	/model.6/m/m.0/Add_KNOPT_dummy_bn_1	53	1020	0.001457	0	0	2048	0.001457	1W16C8B	1W16C8B_INTLV
67	/model.6/m/m.0/Add	/model.6/m/m.0/Add	NPU	[8, 8]	[8]	[8]	/model.6/m/m.0/Add	54	1860	0.002657	0	0	1024	0.002657	1W16C8B_INTLV	1W16C8B
68	/model.6/m/m.0/Add_KNOPT_dummy_bn_3	/model.6/m/m.1/Add	NPU	[8]	[8]	[8]	/model.6/m/m.0/Add_KNOPT_dummy_bn_3	55	1020	0.001457	0	0	2048	0.001457	1W16C8B	1W16C8B_INTLV
69	/model.6/m/m.0/Add_KNOPT_dummy_bn_2	/model.6/m/m.1/cv1/conv/Conv	NPU	[8]	[8]	[8]	/model.6/m/m.0/Add_KNOPT_dummy_bn_2	56	1020	0.001457	0	0	2048	0.001457	1W16C8B	1W16C8B
70	/model.6/m/m.1/cv1/conv/Conv	/model.6/m/m.1/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/m/m.1/cv1/conv/Conv_/model.6/m/m.1/cv1/act/LeakyRelu	57	9880	0.014114	0	0	8192	0.014114	1W16C8B	1W16C8B
71	/model.6/m/m.1/cv1/act/LeakyRelu	/model.6/m/m.1/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
72	/model.6/m/m.1/cv2/conv/Conv	/model.6/m/m.1/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/m/m.1/cv2/conv/Conv_/model.6/m/m.1/cv2/act/LeakyRelu	58	77184	0.110263	0	0	40960	0.110263	1W16C8B	1W16C8B
73	/model.6/m/m.1/cv2/act/LeakyRelu	/model.6/m/m.1/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
74	/model.6/m/m.1/Add_KNOPT_dummy_bn_0	/model.6/m/m.1/Add	NPU	[8]	[8]	[8]	/model.6/m/m.1/Add_KNOPT_dummy_bn_0	59	1020	0.001457	0	0	2048	0.001457	1W16C8B	1W16C8B_INTLV
75	/model.6/m/m.1/Add	/model.6/m/m.1/Add	NPU	[8, 8]	[8]	[8]	/model.6/m/m.1/Add	60	1860	0.002657	0	0	1024	0.002657	1W16C8B_INTLV	1W16C8B
76	/model.6/m/m.1/Add_KNOPT_dummy_bn_2	/model.6/m/m.2/Add	NPU	[8]	[8]	[8]	/model.6/m/m.1/Add_KNOPT_dummy_bn_2	61	1020	0.001457	0	0	2048	0.001457	1W16C8B	1W16C8B_INTLV
77	/model.6/m/m.1/Add_KNOPT_dummy_bn_1	/model.6/m/m.2/cv1/conv/Conv	NPU	[8]	[8]	[8]	/model.6/m/m.1/Add_KNOPT_dummy_bn_1	62	1020	0.001457	0	0	2048	0.001457	1W16C8B	1W16C8B
78	/model.6/m/m.2/cv1/conv/Conv	/model.6/m/m.2/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/m/m.2/cv1/conv/Conv_/model.6/m/m.2/cv1/act/LeakyRelu	63	9880	0.014114	0	0	8192	0.014114	1W16C8B	1W16C8B
79	/model.6/m/m.2/cv1/act/LeakyRelu	/model.6/m/m.2/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
80	/model.6/m/m.2/cv2/conv/Conv	/model.6/m/m.2/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/m/m.2/cv2/conv/Conv_/model.6/m/m.2/cv2/act/LeakyRelu	64	77184	0.110263	0	0	40960	0.110263	1W16C8B	1W16C8B
81	/model.6/m/m.2/cv2/act/LeakyRelu	/model.6/m/m.2/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
82	/model.6/m/m.2/Add_KNOPT_dummy_bn_0	/model.6/m/m.2/Add	NPU	[8]	[8]	[8]	/model.6/m/m.2/Add_KNOPT_dummy_bn_0	65	1020	0.001457	0	0	2048	0.001457	1W16C8B	1W16C8B_INTLV
83	/model.6/m/m.2/Add	/model.6/m/m.2/Add	NPU	[8, 8]	[8]	[8]	/model.6/m/m.2/Add	66	1860	0.002657	0	0	1024	0.002657	1W16C8B_INTLV	1W16C8B
84	/model.6/Concat_KNOPT_dummy_bn_0	/model.6/Concat	NPU	[8]	[8]	[8]	/model.6/Concat_KNOPT_dummy_bn_0	67	1020	0.001457	0	102400	2048	0.014848	1W16C8B	1W16C8B
85	/model.6/Concat	/model.6/Concat	NPU	[8, 8]	[8]	[8]	/model.6/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
86	/model.6/cv3/conv/Conv	/model.6/cv3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.6/cv3/conv/Conv_/model.6/cv3/act/LeakyRelu	71	36080	0.051543	204800	0	32768	0.078442	1W16C8B	1W16C8B
87	/model.6/cv3/act/LeakyRelu	/model.6/cv3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
88	/model.12/Concat_KNOPT_dummy_bn_1	/model.12/Concat	NPU	[8]	[8]	[8]	/model.12/Concat_KNOPT_dummy_bn_1	102	2040	0.002914	0	204800	4096	0.029774	1W16C8B	1W16C8B
89	/model.7/conv/Conv	/model.7/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.7/conv/Conv_/model.7/act/LeakyRelu	72	603648	0.862354	0	0	327680	0.862354	1W16C8B	1W16C8B
90	/model.7/act/LeakyRelu	/model.7/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
91	/model.8/cv2/conv/Conv	/model.8/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.8/cv2/conv/Conv_/model.8/cv2/act/LeakyRelu	80	25200	0.036000	0	0	65536	0.036000	1W16C8B	1W16C8B
92	/model.8/cv2/act/LeakyRelu	/model.8/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
93	/model.8/Concat_KNOPT_dummy_bn_0	/model.8/Concat	NPU	[8]	[8]	[8]	/model.8/Concat_KNOPT_dummy_bn_0	81	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
94	/model.8/cv1/conv/Conv	/model.8/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.8/cv1/conv/Conv_/model.8/cv1/act/LeakyRelu	73	25200	0.036000	0	0	65536	0.036000	1W16C8B	1W16C8B
95	/model.8/cv1/act/LeakyRelu	/model.8/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
96	/model.8/m/m.0/Add_KNOPT_dummy_bn_0	/model.8/m/m.0/Add	NPU	[8]	[8]	[8]	/model.8/m/m.0/Add_KNOPT_dummy_bn_0	74	720	0.001029	0	0	4096	0.001029	1W16C8B	1W16C8B_INTLV
97	/model.8/m/m.0/cv1/conv/Conv	/model.8/m/m.0/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.8/m/m.0/cv1/conv/Conv_/model.8/m/m.0/cv1/act/LeakyRelu	75	13008	0.018583	0	0	32768	0.018583	1W16C8B	1W16C8B
98	/model.8/m/m.0/cv1/act/LeakyRelu	/model.8/m/m.0/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
99	/model.8/m/m.0/cv2/conv/Conv	/model.8/m/m.0/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.8/m/m.0/cv2/conv/Conv_/model.8/m/m.0/cv2/act/LeakyRelu	76	83328	0.119040	0	0	163840	0.119040	1W16C8B	1W16C8B
100	/model.8/m/m.0/cv2/act/LeakyRelu	/model.8/m/m.0/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
101	/model.8/m/m.0/Add_KNOPT_dummy_bn_1	/model.8/m/m.0/Add	NPU	[8]	[8]	[8]	/model.8/m/m.0/Add_KNOPT_dummy_bn_1	77	720	0.001029	0	0	4096	0.001029	1W16C8B	1W16C8B_INTLV
102	/model.8/m/m.0/Add	/model.8/m/m.0/Add	NPU	[8, 8]	[8]	[8]	/model.8/m/m.0/Add	78	1176	0.001680	0	0	2048	0.001680	1W16C8B_INTLV	1W16C8B
103	/model.8/m/m.0/Add_KNOPT_dummy_bn_2	/model.8/Concat	NPU	[8]	[8]	[8]	/model.8/m/m.0/Add_KNOPT_dummy_bn_2	79	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
104	/model.8/Concat	/model.8/Concat	NPU	[8, 8]	[8]	[8]	/model.8/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
105	/model.8/cv3/conv/Conv	/model.8/cv3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.8/cv3/conv/Conv_/model.8/cv3/act/LeakyRelu	83	50400	0.072000	102400	0	131072	0.085431	1W16C8B	1W16C8B
106	/model.8/cv3/act/LeakyRelu	/model.8/cv3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
107	/model.9/cv1/conv/Conv	/model.9/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.9/cv1/conv/Conv_/model.9/cv1/act/LeakyRelu	84	25200	0.036000	0	0	65536	0.036000	1W16C8B	1W16C8B
108	/model.9/cv1/act/LeakyRelu	/model.9/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
109	/model.9/m/MaxPool_KNX_0	/model.9/m/MaxPool	NPU	[8]	[8]	[8]	/model.9/m/MaxPool_KNX_0	86	4992	0.007131	0	0	2048	0.007131	1W16C8B	1W16C8B
110	/model.9/m/MaxPool_KNX_1	/model.9/m/MaxPool	NPU	[8]	[8]	[8]	/model.9/m/MaxPool_KNX_1	87	4992	0.007131	0	0	2048	0.007131	1W16C8B	1W16C8B
111	/model.9/m_1/MaxPool_KNX_0	/model.9/m_1/MaxPool	NPU	[8]	[8]	[8]	/model.9/m_1/MaxPool_KNX_0	89	4992	0.007131	0	0	2048	0.007131	1W16C8B	1W16C8B
112	/model.9/m_1/MaxPool_KNX_1	/model.9/m_1/MaxPool	NPU	[8]	[8]	[8]	/model.9/m_1/MaxPool_KNX_1	90	4992	0.007131	0	0	2048	0.007131	1W16C8B	1W16C8B
113	/model.9/m_2/MaxPool_KNX_0	/model.9/m_2/MaxPool	NPU	[8]	[8]	[8]	/model.9/m_2/MaxPool_KNX_0	92	4992	0.007131	0	0	2048	0.007131	1W16C8B	1W16C8B
114	/model.9/m_2/MaxPool_KNX_1	/model.9/m_2/MaxPool	NPU	[8]	[8]	[8]	/model.9/m_2/MaxPool_KNX_1	93	4992	0.007131	0	0	2048	0.007131	1W16C8B	1W16C8B
115	/model.9/Concat_KNOPT_dummy_bn_3	/model.9/Concat	NPU	[8]	[8]	[8]	/model.9/Concat_KNOPT_dummy_bn_3	94	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
116	/model.9/Concat_KNOPT_dummy_bn_2	/model.9/Concat	NPU	[8]	[8]	[8]	/model.9/Concat_KNOPT_dummy_bn_2	91	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
117	/model.9/Concat_KNOPT_dummy_bn_1	/model.9/Concat	NPU	[8]	[8]	[8]	/model.9/Concat_KNOPT_dummy_bn_1	88	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
118	/model.9/Concat_KNOPT_dummy_bn_0	/model.9/Concat	NPU	[8]	[8]	[8]	/model.9/Concat_KNOPT_dummy_bn_0	85	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
119	/model.9/Concat	/model.9/Concat	NPU	[8, 8, 8, 8]	[8]	[8]	/model.9/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
120	/model.9/cv2/conv/Conv	/model.9/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.9/cv2/conv/Conv_/model.9/cv2/act/LeakyRelu	96	98016	0.140023	204800	0	262144	0.166922	1W16C8B	1W16C8B
121	/model.9/cv2/act/LeakyRelu	/model.9/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
122	/model.10/conv/Conv	/model.10/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.10/conv/Conv_/model.10/act/LeakyRelu	97	25200	0.036000	0	0	65536	0.036000	1W16C8B	1W16C8B
123	/model.10/act/LeakyRelu	/model.10/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
124	/model.11/Resize_KNX_vus	/model.11/Resize	NPU	[8]	[8]	[8]	/model.11/Resize_KNX_vus	98	4960	0.007086	0	0	81920	0.007086	1W16C8B	1W16C8B
125	/model.11/Resize_KNX_hus	/model.11/Resize	NPU	[8]	[8]	[8]	/model.11/Resize_KNX_hus	99	2000	0.002857	0	0	4096	0.002857	1W16C8B	1W16C8B
126	/model.12/Concat_KNOPT_dummy_bn_0	/model.12/Concat	NPU	[8]	[8]	[8]	/model.12/Concat_KNOPT_dummy_bn_0	100	2040	0.002914	0	204800	4096	0.029774	1W16C8B	1W16C8B
127	/model.12/Concat	/model.12/Concat	NPU	[8, 8]	[8]	[8]	/model.12/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
128	/model.13/cv2/conv/Conv	/model.13/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.13/cv2/conv/Conv_/model.13/cv2/act/LeakyRelu	104	35160	0.050229	409600	0	32768	0.103894	1W16C8B	1W16C8B
129	/model.13/cv2/act/LeakyRelu	/model.13/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
130	/model.13/Concat_KNOPT_dummy_bn_1	/model.13/Concat	NPU	[8]	[8]	[8]	/model.13/Concat_KNOPT_dummy_bn_1	105	1020	0.001457	0	102400	2048	0.014848	1W16C8B	1W16C8B
131	/model.13/cv1/conv/Conv	/model.13/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.13/cv1/conv/Conv_/model.13/cv1/act/LeakyRelu	106	35160	0.050229	0	0	32768	0.050229	1W16C8B	1W16C8B
132	/model.13/cv1/act/LeakyRelu	/model.13/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
133	/model.13/m/m.0/cv1/conv/Conv	/model.13/m/m.0/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.13/m/m.0/cv1/conv/Conv_/model.13/m/m.0/cv1/act/LeakyRelu	107	9880	0.014114	0	0	8192	0.014114	1W16C8B	1W16C8B
134	/model.13/m/m.0/cv1/act/LeakyRelu	/model.13/m/m.0/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
135	/model.13/m/m.0/cv2/conv/Conv	/model.13/m/m.0/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.13/m/m.0/cv2/conv/Conv_/model.13/m/m.0/cv2/act/LeakyRelu	108	77184	0.110263	0	0	40960	0.110263	1W16C8B	1W16C8B
136	/model.13/m/m.0/cv2/act/LeakyRelu	/model.13/m/m.0/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
137	/model.13/Concat_KNOPT_dummy_bn_0	/model.13/Concat	NPU	[8]	[8]	[8]	/model.13/Concat_KNOPT_dummy_bn_0	109	1020	0.001457	0	102400	2048	0.014848	1W16C8B	1W16C8B
138	/model.13/Concat	/model.13/Concat	NPU	[8, 8]	[8]	[8]	/model.13/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
139	/model.13/cv3/conv/Conv	/model.13/cv3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.13/cv3/conv/Conv_/model.13/cv3/act/LeakyRelu	111	36080	0.051543	204800	0	32768	0.078442	1W16C8B	1W16C8B
140	/model.13/cv3/act/LeakyRelu	/model.13/cv3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
141	/model.14/conv/Conv	/model.14/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.14/conv/Conv_/model.14/act/LeakyRelu	112	18040	0.025771	0	0	16384	0.025771	1W16C8B	1W16C8B
142	/model.14/act/LeakyRelu	/model.14/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
143	/model.15/Resize_KNX_vus	/model.15/Resize	NPU	[8]	[8]	[8]	/model.15/Resize_KNX_vus	113	8320	0.011886	0	0	81920	0.011886	1W16C8B	1W16C8B
144	/model.15/Resize_KNX_hus	/model.15/Resize	NPU	[8]	[8]	[8]	/model.15/Resize_KNX_hus	114	3600	0.005143	0	0	2048	0.005143	1W16C8B	1W16C8B
145	/model.16/Concat_KNOPT_dummy_bn_0	/model.16/Concat	NPU	[8]	[8]	[8]	/model.16/Concat_KNOPT_dummy_bn_0	115	3720	0.005314	0	409600	2048	0.058940	1W16C8B	1W16C8B
146	/model.16/Concat	/model.16/Concat	NPU	[8, 8]	[8]	[8]	/model.16/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
147	/model.17/cv2/conv/Conv	/model.17/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.17/cv2/conv/Conv_/model.17/cv2/act/LeakyRelu	119	36920	0.052743	819200	204800	16384	0.186856	1W16C8B	1W16C8B
148	/model.17/cv2/act/LeakyRelu	/model.17/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
149	/model.17/Concat_KNOPT_dummy_bn_1	/model.17/Concat	NPU	[8]	[8]	[8]	/model.17/Concat_KNOPT_dummy_bn_1	121	1860	0.002657	614400	204800	1024	0.110081	1W16C8B	1W16C8B
150	/model.17/cv1/conv/Conv	/model.17/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.17/cv1/conv/Conv_/model.17/cv1/act/LeakyRelu	122	36920	0.052743	409600	204800	16384	0.133191	1W16C8B	1W16C8B
151	/model.17/cv1/act/LeakyRelu	/model.17/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
152	/model.17/m/m.0/cv1/conv/Conv	/model.17/m/m.0/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.17/m/m.0/cv1/conv/Conv_/model.17/m/m.0/cv1/act/LeakyRelu	124	11760	0.016800	204800	0	2048	0.043699	1W16C8B	1W16C8B
153	/model.17/m/m.0/cv1/act/LeakyRelu	/model.17/m/m.0/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
154	/model.17/m/m.0/cv2/conv/Conv	/model.17/m/m.0/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.17/m/m.0/cv2/conv/Conv_/model.17/m/m.0/cv2/act/LeakyRelu	125	73344	0.104777	0	0	10240	0.104777	1W16C8B	1W16C8B
155	/model.17/m/m.0/cv2/act/LeakyRelu	/model.17/m/m.0/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
156	/model.17/Concat_KNOPT_dummy_bn_0	/model.17/Concat	NPU	[8]	[8]	[8]	/model.17/Concat_KNOPT_dummy_bn_0	126	1860	0.002657	0	204800	1024	0.029516	1W16C8B	1W16C8B
157	/model.17/Concat	/model.17/Concat	NPU	[8, 8]	[8]	[8]	/model.17/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
158	/model.17/cv3/conv/Conv	/model.17/cv3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.17/cv3/conv/Conv_/model.17/cv3/act/LeakyRelu	128	45280	0.064686	409600	409600	8192	0.171977	1W16C8B	1W16C8B
159	/model.17/cv3/act/LeakyRelu	/model.17/cv3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
160	/model.24/m.0/Conv	/model.24/m.0/Conv	NPU	[8]	[8]	[8]	/model.24/m.0/Conv	195	164736	0.235337	0	0	131072	0.235337	1W16C8B	1W16C8B
161	/model.24/Reshape	/model.24/Reshape	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape	203	0	0.000000	0	0	0	0.000000	16W1C8B	RAW8
162	/model.24/Transpose	/model.24/Transpose	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Transpose	204	0	0.000000	0	0	0	0.000000	RAW8	RAW8
163	/model.24/Sigmoid	/model.24/Sigmoid	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Sigmoid	205	0	0.000000	0	0	0	0.000000	RAW8	RAW8
164	/model.24/Split_output_2	/model.24/Split_output_2	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_output_2	214	0	0.000000	0	0	0	0.000000	RAW8	RAW8
165	/model.24/Split_output_1	/model.24/Split_output_1	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_output_1	210	0	0.000000	0	0	0	0.000000	RAW8	RAW8
166	/model.24/Mul_2_output_0	/model.24/Mul_2_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_2_output_0	211	0	0.000000	0	0	0	0.000000	RAW8	RAW8
167	/model.24/Pow	/model.24/Pow	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Pow	212	0	0.000000	0	0	0	0.000000	RAW8	RAW8
168	/model.24/Mul_3	/model.24/Mul_3	CPU	[8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_3	213	0	0.000000	0	0	0	0.000000	RAW8	RAW8
169	/model.24/Split_output_0	/model.24/Split_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_output_0	206	0	0.000000	0	0	0	0.000000	RAW8	RAW8
170	/model.24/Mul_output_0	/model.24/Mul_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_output_0	207	0	0.000000	0	0	0	0.000000	RAW8	RAW8
171	/model.24/Add	/model.24/Add	CPU	[8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Add	208	0	0.000000	0	0	0	0.000000	RAW8	RAW8
172	/model.24/Mul_1_output_0	/model.24/Mul_1_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_1_output_0	209	0	0.000000	0	0	0	0.000000	RAW8	RAW8
173	/model.24/Concat	/model.24/Concat	CPU	[8, 8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Concat	215	0	0.000000	0	0	0	0.000000	RAW8	RAW8
174	/model.24/Reshape_1	/model.24/Reshape_1	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape_1_TxpOpt_reshape	216	0	0.000000	0	0	0	0.000000	RAW8	16W1C8B
175	/model.24/Concat_3_KNOPT_dummy_bn_0_pre_transpose	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑
176	/model.24/Concat_3_KNOPT_dummy_bn_0_pre_reshape	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑
177	/model.24/Concat_3_KNOPT_dummy_bn_0	/model.24/Concat_3	NPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape_1_TxpOpt_reshape_KNERON_REFORMAT_next_0	217	5011200	7.158857	921600	0	8908800	7.279694	16W1C8B	1W16C8B
178	/model.24/Concat_3_KNOPT_dummy_bn_0_post_reshape	/model.24/Concat_3	NPU	[8]	[8]	[8]	None	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
179	/model.24/Concat_3_KNOPT_dummy_bn_0_post_transpose	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
180	/model.18/conv/Conv	/model.18/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.18/conv/Conv_/model.18/act/LeakyRelu	129	286464	0.409234	0	0	40960	0.409234	1W16C8B	1W16C8B
181	/model.18/act/LeakyRelu	/model.18/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
182	/model.19/Concat_KNOPT_dummy_bn_0	/model.19/Concat	NPU	[8]	[8]	[8]	/model.19/Concat_KNOPT_dummy_bn_0	130	1020	0.001457	0	102400	2048	0.014848	1W16C8B	1W16C8B
183	/model.19/Concat_KNOPT_dummy_bn_1	/model.19/Concat	NPU	[8]	[8]	[8]	/model.19/Concat_KNOPT_dummy_bn_1	116	1020	0.001457	409600	102400	2048	0.068514	1W16C8B	1W16C8B
184	/model.19/Concat	/model.19/Concat	NPU	[8, 8]	[8]	[8]	/model.19/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
185	/model.20/cv2/conv/Conv	/model.20/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.20/cv2/conv/Conv_/model.20/cv2/act/LeakyRelu	132	18040	0.025771	204800	0	16384	0.052671	1W16C8B	1W16C8B
186	/model.20/cv2/act/LeakyRelu	/model.20/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
187	/model.20/Concat_KNOPT_dummy_bn_1	/model.20/Concat	NPU	[8]	[8]	[8]	/model.20/Concat_KNOPT_dummy_bn_1	133	1020	0.001457	0	102400	2048	0.014848	1W16C8B	1W16C8B
188	/model.20/cv1/conv/Conv	/model.20/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.20/cv1/conv/Conv_/model.20/cv1/act/LeakyRelu	134	18040	0.025771	0	0	16384	0.025771	1W16C8B	1W16C8B
189	/model.20/cv1/act/LeakyRelu	/model.20/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
190	/model.20/m/m.0/cv1/conv/Conv	/model.20/m/m.0/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.20/m/m.0/cv1/conv/Conv_/model.20/m/m.0/cv1/act/LeakyRelu	135	9880	0.014114	0	0	8192	0.014114	1W16C8B	1W16C8B
191	/model.20/m/m.0/cv1/act/LeakyRelu	/model.20/m/m.0/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
192	/model.20/m/m.0/cv2/conv/Conv	/model.20/m/m.0/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.20/m/m.0/cv2/conv/Conv_/model.20/m/m.0/cv2/act/LeakyRelu	136	77184	0.110263	0	0	40960	0.110263	1W16C8B	1W16C8B
193	/model.20/m/m.0/cv2/act/LeakyRelu	/model.20/m/m.0/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
194	/model.20/Concat_KNOPT_dummy_bn_0	/model.20/Concat	NPU	[8]	[8]	[8]	/model.20/Concat_KNOPT_dummy_bn_0	137	1020	0.001457	0	102400	2048	0.014848	1W16C8B	1W16C8B
195	/model.20/Concat	/model.20/Concat	NPU	[8, 8]	[8]	[8]	/model.20/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
196	/model.20/cv3/conv/Conv	/model.20/cv3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.20/cv3/conv/Conv_/model.20/cv3/act/LeakyRelu	139	36080	0.051543	204800	204800	32768	0.105301	1W16C8B	1W16C8B
197	/model.20/cv3/act/LeakyRelu	/model.20/cv3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
198	/model.24/m.1/Conv	/model.24/m.1/Conv	NPU	[8]	[8]	[8]	/model.24/m.1/Conv	170	64480	0.092114	0	0	65536	0.092114	1W16C8B	1W16C8B
199	/model.24/Reshape_2	/model.24/Reshape_2	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape_2	172	0	0.000000	0	0	0	0.000000	16W1C8B	RAW8
200	/model.24/Transpose_1	/model.24/Transpose_1	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Transpose_1	173	0	0.000000	0	0	0	0.000000	RAW8	RAW8
201	/model.24/Sigmoid_1	/model.24/Sigmoid_1	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Sigmoid_1	174	0	0.000000	0	0	0	0.000000	RAW8	RAW8
202	/model.24/Split_1_output_2	/model.24/Split_1_output_2	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_1_output_2	183	0	0.000000	0	0	0	0.000000	RAW8	RAW8
203	/model.24/Split_1_output_1	/model.24/Split_1_output_1	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_1_output_1	179	0	0.000000	0	0	0	0.000000	RAW8	RAW8
204	/model.24/Mul_6_output_0	/model.24/Mul_6_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_6_output_0	180	0	0.000000	0	0	0	0.000000	RAW8	RAW8
205	/model.24/Pow_1	/model.24/Pow_1	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Pow_1	181	0	0.000000	0	0	0	0.000000	RAW8	RAW8
206	/model.24/Mul_7	/model.24/Mul_7	CPU	[8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_7	182	0	0.000000	0	0	0	0.000000	RAW8	RAW8
207	/model.24/Split_1_output_0	/model.24/Split_1_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_1_output_0	175	0	0.000000	0	0	0	0.000000	RAW8	RAW8
208	/model.24/Mul_4_output_0	/model.24/Mul_4_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_4_output_0	176	0	0.000000	0	0	0	0.000000	RAW8	RAW8
209	/model.24/Add_1	/model.24/Add_1	CPU	[8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Add_1	177	0	0.000000	0	0	0	0.000000	RAW8	RAW8
210	/model.24/Mul_5_output_0	/model.24/Mul_5_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_5_output_0	178	0	0.000000	0	0	0	0.000000	RAW8	RAW8
211	/model.24/Concat_1	/model.24/Concat_1	CPU	[8, 8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Concat_1	184	0	0.000000	0	0	0	0.000000	RAW8	RAW8
212	/model.24/Reshape_3	/model.24/Reshape_3	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape_3_TxpOpt_reshape	185	0	0.000000	0	0	0	0.000000	RAW8	16W1C8B
213	/model.24/Concat_3_KNOPT_dummy_bn_1_pre_transpose	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑
214	/model.24/Concat_3_KNOPT_dummy_bn_1_pre_reshape	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑
215	/model.24/Concat_3_KNOPT_dummy_bn_1	/model.24/Concat_3	NPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape_3_TxpOpt_reshape_KNERON_REFORMAT_next_0	186	691200	0.987429	6528000	408000	614400	1.895635	16W1C8B	1W16C8B
216	/model.24/Concat_3_KNOPT_dummy_bn_1_post_reshape	/model.24/Concat_3	NPU	[8]	[8]	[8]	None	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
217	/model.24/Concat_3_KNOPT_dummy_bn_1_post_transpose	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
218	/model.21/conv/Conv	/model.21/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.21/conv/Conv_/model.21/act/LeakyRelu	140	301824	0.431177	0	0	163840	0.431177	1W16C8B	1W16C8B
219	/model.21/act/LeakyRelu	/model.21/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
220	/model.22/Concat_KNOPT_dummy_bn_0	/model.22/Concat	NPU	[8]	[8]	[8]	/model.22/Concat_KNOPT_dummy_bn_0	141	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
221	/model.22/Concat_KNOPT_dummy_bn_1	/model.22/Concat	NPU	[8]	[8]	[8]	/model.22/Concat_KNOPT_dummy_bn_1	101	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
222	/model.22/Concat	/model.22/Concat	NPU	[8, 8]	[8]	[8]	/model.22/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
223	/model.23/cv2/conv/Conv	/model.23/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.23/cv2/conv/Conv_/model.23/cv2/act/LeakyRelu	143	25200	0.036000	102400	0	65536	0.049431	1W16C8B	1W16C8B
224	/model.23/cv2/act/LeakyRelu	/model.23/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
225	/model.23/Concat_KNOPT_dummy_bn_1	/model.23/Concat	NPU	[8]	[8]	[8]	/model.23/Concat_KNOPT_dummy_bn_1	144	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
226	/model.23/cv1/conv/Conv	/model.23/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.23/cv1/conv/Conv_/model.23/cv1/act/LeakyRelu	145	25200	0.036000	0	0	65536	0.036000	1W16C8B	1W16C8B
227	/model.23/cv1/act/LeakyRelu	/model.23/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
228	/model.23/m/m.0/cv1/conv/Conv	/model.23/m/m.0/cv1/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.23/m/m.0/cv1/conv/Conv_/model.23/m/m.0/cv1/act/LeakyRelu	146	13008	0.018583	0	0	32768	0.018583	1W16C8B	1W16C8B
229	/model.23/m/m.0/cv1/act/LeakyRelu	/model.23/m/m.0/cv1/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
230	/model.23/m/m.0/cv2/conv/Conv	/model.23/m/m.0/cv2/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.23/m/m.0/cv2/conv/Conv_/model.23/m/m.0/cv2/act/LeakyRelu	147	83328	0.119040	0	0	163840	0.119040	1W16C8B	1W16C8B
231	/model.23/m/m.0/cv2/act/LeakyRelu	/model.23/m/m.0/cv2/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
232	/model.23/Concat_KNOPT_dummy_bn_0	/model.23/Concat	NPU	[8]	[8]	[8]	/model.23/Concat_KNOPT_dummy_bn_0	148	720	0.001029	0	51200	4096	0.007686	1W16C8B	1W16C8B
233	/model.23/Concat	/model.23/Concat	NPU	[8, 8]	[8]	[8]	/model.23/Concat	NaN	NaN	NaN	NaN	NaN	NaN	NaN	1W16C8B	1W16C8B
234	/model.23/cv3/conv/Conv	/model.23/cv3/conv/Conv	NPU	[8]	[16]	[8]	npu_fusion_node_/model.23/cv3/conv/Conv_/model.23/cv3/act/LeakyRelu	150	50400	0.072000	102400	0	131072	0.085431	1W16C8B	1W16C8B
235	/model.23/cv3/act/LeakyRelu	/model.23/cv3/act/LeakyRelu	NPU	[16]	[8]	[8]	↑
236	/model.24/m.2/Conv	/model.24/m.2/Conv	NPU	[8]	[8]	[8]	/model.24/m.2/Conv	151	47712	0.068160	0	0	131072	0.068160	1W16C8B	1W16C8B
237	/model.24/Reshape_4	/model.24/Reshape_4	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape_4	153	0	0.000000	0	0	0	0.000000	16W1C8B	RAW8
238	/model.24/Transpose_2	/model.24/Transpose_2	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Transpose_2	154	0	0.000000	0	0	0	0.000000	RAW8	RAW8
239	/model.24/Sigmoid_2	/model.24/Sigmoid_2	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Sigmoid_2	155	0	0.000000	0	0	0	0.000000	RAW8	RAW8
240	/model.24/Split_2_output_2	/model.24/Split_2_output_2	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_2_output_2	164	0	0.000000	0	0	0	0.000000	RAW8	RAW8
241	/model.24/Split_2_output_1	/model.24/Split_2_output_1	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_2_output_1	160	0	0.000000	0	0	0	0.000000	RAW8	RAW8
242	/model.24/Mul_10_output_0	/model.24/Mul_10_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_10_output_0	161	0	0.000000	0	0	0	0.000000	RAW8	RAW8
243	/model.24/Pow_2	/model.24/Pow_2	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Pow_2	162	0	0.000000	0	0	0	0.000000	RAW8	RAW8
244	/model.24/Mul_11	/model.24/Mul_11	CPU	[8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_11	163	0	0.000000	0	0	0	0.000000	RAW8	RAW8
245	/model.24/Split_2_output_0	/model.24/Split_2_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Split_2_output_0	156	0	0.000000	0	0	0	0.000000	RAW8	RAW8
246	/model.24/Mul_8_output_0	/model.24/Mul_8_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_8_output_0	157	0	0.000000	0	0	0	0.000000	RAW8	RAW8
247	/model.24/Add_2	/model.24/Add_2	CPU	[8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Add_2	158	0	0.000000	0	0	0	0.000000	RAW8	RAW8
248	/model.24/Mul_9_output_0	/model.24/Mul_9_output_0	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Mul_9_output_0	159	0	0.000000	0	0	0	0.000000	RAW8	RAW8
249	/model.24/Concat_2	/model.24/Concat_2	CPU	[8, 8, 8]	[8]	[8]	cpu_fusion_node_/model.24/Concat_2	165	0	0.000000	0	0	0	0.000000	RAW8	RAW8
250	/model.24/Reshape_5	/model.24/Reshape_5	CPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape_5_TxpOpt_reshape	166	0	0.000000	0	0	0	0.000000	RAW8	16W1C8B
251	/model.24/Concat_3_KNOPT_dummy_bn_2_pre_transpose	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑
252	/model.24/Concat_3_KNOPT_dummy_bn_2_pre_reshape	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑
253	/model.24/Concat_3_KNOPT_dummy_bn_2	/model.24/Concat_3	NPU	[8]	[8]	[8]	cpu_fusion_node_/model.24/Reshape_5_TxpOpt_reshape_KNERON_REFORMAT_next_0	167	129600	0.185143	1632000	102000	38400	0.412322	16W1C8B	1W16C8B
254	/model.24/Concat_3_KNOPT_dummy_bn_2_post_reshape	/model.24/Concat_3	NPU	[8]	[8]	[8]	None	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
255	/model.24/Concat_3_KNOPT_dummy_bn_2_post_transpose	/model.24/Concat_3	NPU	[8]	[8]	[8]	↑	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
256	/model.24/Concat_3	/model.24/Concat_3	NPU	[8, 8, 8]	[8]	[8]	/model.24/Concat_3_KNERON_REFORMAT_net_out	276	10836000	15.479995	2142000	34272000	17337600	20.252007	1W16C8B	16W1C8B