Skip to content
Wave Open Firmware

Generated Wave NBG Corpus Summary

This file is generated by waved/scripts/npu/nbg_format.py; do not edit it manually.

Corpus identity

Section titled “Corpus identity”
  • Inventory schema: 1
  • Inventory SHA-256: 7103775e6659117bea2eafef353aece3ff75c5046a7fcb198a8a50e8d3dc1c6c
  • Corpus config SHA-256: 2aac501653893d3fb96478dfa27039d5bd6fdc3086f9486ae4b08bb5c4db64db
  • Files: 139
  • Bytes: 3785683152
  • Unique full-file SHA-256 values: 137
  • Unique structural signatures: 135

Pinned format references

Section titled “Pinned format references”
ID Repository Commit
ameba-viplite-2.0.0 https://github.com/Ameba-AIoT/ameba-arduino-pro2 b83b89f3842cf2938c8ce8adec9dee1864b7d72a
tim-vx-nbg-parser-api https://github.com/VeriSilicon/TIM-VX 702715d714277376d7ff466b7b72833ff57564c1

Roles

Section titled “Roles”
Role Files
negative_control 1
reference 1
stock 137

Version and target clusters

Section titled “Version and target clusters”
Version Product Files
0x0001001e 0x10000020 1
0x00020000 0x1000000e 138

Model path families

Section titled “Model path families”
Family Files Bytes
_negative_control 1 2944
_reference 1 2810984
asr_ch/offline_sensevoice 30 1190800352
asr_ch/online_zipformer 1 52199424
asr_de/de_offline 28 553694128
asr_de/de_online 2 77811944
asr_en/reverb-asr-10s 40 988404128
asr_en/reverb_asr_online 2 190610216
asr_fr/fr_offline 28 554748784
asr_fr/fr_online 2 78023656
asr_ja/ja_online 3 78638544
diarization 1 17938048

Section directory distributions

Section titled “Section directory distributions”
Type/name Files Bytes Records Strides
1 / NBG_SECTION_INPUT 138 29344 262 112
10 / NBG_SECTION_PATCH 138 220334940 7869105 28
19 / NBG_SECTION_PPU_INSTR 138 5270016 5270016 1
2 / NBG_SECTION_OUTPUT 138 24864 222 112
20 / NBG_SECTION_DYNAIO 111 201683328 201683328 1
21 / NBG_SECTION_LOADSTATE 138 71476560 71476560 1
23 / NBG_SECTION_COEF_DATA_TABLE 138 82368 10296 8
24 / NBG_SECTION_COEF_DATA 138 2836840256 2836840256 1
25 / NBG_SECTION_PPU_INSTR_TABLE 138 100016 12502 8
26 / NBG_SECTION_DYNAIO_TABLE 111 71512 8939 8
27 / NBG_SECTION_LOADSTATE_TABLE 138 15500176 1937522 8
3 / NBG_SECTION_LAYER 138 2405020 31645 76
35 / NBG_SECTION_NETWORK_INFO 138 30360 138 220
37 / NBG_SECTION_MEMORY_POOL 138 1104 138 8
38 / NBG_SECTION_VIP_SRAM 138 552 138 4
4 / NBG_SECTION_OPERATIONS 138 62000704 1937522 32
40 / NBG_SECTION_CHECKSUM 138 5520 690 8
7 / NBG_SECTION_NN 138 2466240 12845 192
8 / NBG_SECTION_TP 138 367111104 1912037 192
9 / NBG_SECTION_SH 138 100016 12502 8
hardware_init_operation_table 1 0 0 —
icd 1 0 0 —
icd_table 1 0 0 —
input_table 1 232 2 116
layer_parameter_table 1 0 0 —
layer_table 1 76 0 —
lcd 1 0 0 —
lcd_table 1 0 0 —
nn_operation_data 1 0 0 —
operation_table 1 64 0 —
output_table 1 116 1 116
patch_data 1 280 0 —
ppu_parameter_table 1 0 0 —
shader_operation_data 1 8 0 —
software_operation_data 1 0 0 —
tp_operation_data 1 0 0 —

Tensor formats

Section titled “Tensor formats”
Direction/format Records
input fp16 215
input fp32 8
input int32 39
input uint8 2
output fp16 206
output fp32 13
output int32 3
output uint8 1

Tensor data types

Section titled “Tensor data types”
Direction/type Records
input tensor 264
output tensor 223

Per-graph IO counts

Section titled “Per-graph IO counts”
Inputs/outputs Files
1 input(s) / 1 output(s) 103
2 input(s) / 1 output(s) 27
2 input(s) / 2 output(s) 2
4 input(s) / 1 output(s) 2
5 input(s) / 3 output(s) 4
75 input(s) / 75 output(s) 1

Tensor shapes

Section titled “Tensor shapes”
Direction/shape Records
input [12160, 125] 1
input [12160, 256] 1
input [128, 1, 128] 4
input [128, 1, 256] 2
input [128, 1, 64] 4
input [128, 64, 4, 12] 1
input [128, 64, 8, 12] 1
input [14, 256, 1, 12] 3
input [144, 256, 1, 1] 2
input [15, 192, 1] 4
input [15, 256, 1] 8
input [19, 3, 128, 1] 1
input [192, 128, 1, 1] 4
input [192, 32, 1, 1] 2
input [192, 64, 1, 1] 4
input [1] 35
input [256, 1, 32] 2
input [256, 16, 1] 5
input [256, 80, 1] 3
input [2] 2
input [30, 512, 1, 12] 1
input [48, 1, 128] 8
input [48, 1, 256] 4
input [48, 1, 64] 8
input [512, 104, 1] 14
input [512, 150, 1] 24
input [512, 16, 1] 1
input [512, 204, 1] 14
input [512, 300, 1] 24
input [512, 80, 1] 1
input [560, 100, 1] 1
input [560, 200, 1] 1
input [64, 64, 8, 12] 2
input [640, 125, 1] 18
input [640, 256, 1] 18
input [7, 256, 1] 12
input [80, 1, 1] 4
input [80, 101, 1] 1
input [80, 1027, 1] 1
input [80, 118, 1] 1
input [80, 1203, 1] 2
input [80, 503, 1] 1
input [80, 603, 1] 2
input [80, 67, 1] 3
input [80, 77, 1] 1
input [96, 1, 32] 4
input [9728, 150] 2
input [9728, 300] 2
output [1000, 16, 1] 1
output [10001, 125, 1] 1
output [10001, 256, 1] 1
output [12160, 125] 1
output [12160, 256] 1
output [128, 1, 128] 4
output [128, 1, 256] 2
output [128, 1, 64] 4
output [128, 64, 4, 12] 1
output [128, 64, 8, 12] 1
output [14, 256, 1, 12] 3
output [144, 256, 1, 1] 2
output [15, 192, 1] 4
output [15, 256, 1] 8
output [19, 3, 128, 1] 1
output [192, 128, 1, 1] 4
output [192, 1] 1
output [192, 32, 1, 1] 2
output [192, 64, 1, 1] 4
output [1] 3
output [25055, 104, 1] 1
output [25055, 204, 1] 1
output [256, 1, 32] 2
output [256, 16, 1] 3
output [2] 1
output [30, 512, 1, 12] 1
output [48, 1, 128] 8
output [48, 1, 256] 4
output [48, 1, 64] 8
output [4999, 16, 1] 1
output [512, 104, 1] 14
output [512, 150, 1] 24
output [512, 16, 1] 1
output [512, 204, 1] 14
output [512, 300, 1] 24
output [5132, 16, 1] 2
output [5200, 150, 1] 1
output [5200, 16, 1] 2
output [5200, 300, 1] 1
output [5432, 150, 1] 1
output [5432, 16, 1] 1
output [5432, 300, 1] 1
output [64, 64, 8, 12] 2
output [640, 125, 1] 18
output [640, 256, 1] 18
output [7, 256, 1] 12
output [96, 1, 32] 4
output [9728, 150] 2
output [9728, 300] 2

Quantization formats

Section titled “Quantization formats”
Format Records
0 / none 484
2 / affine-asymmetric 3

Decoded network metadata

Section titled “Decoded network metadata”
Network name Files
ONNX_CAMPPlus_118_cn_en_float32_NHWC 1
ctc10s_NCHW 1
ctc_fr_12s_NCHW 1
ctc_fr_6s_NCHW 1
ctc_fr_online_NCHW 1
ctc_ja_online_NCHW 2
ctc_online_NCHW 1
ctc_sp_12s_NCHW 1
ctc_sp_6s_NCHW 1
ctc_split_5s_NCHW 1
de_online_ctc_NCHW 2
encoder0310_NCHW 1
encoder_8_8_2_sp_fc_de_fast_12s_NCHW 13
encoder_8_8_2_sp_fc_de_fast_NCHW 13
encoder_8_8_2_sp_fr_12s_NCHW 13
encoder_8_8_2_sp_fr_6s_NCHW 13
encoder_de_online_NCHW 1
encoder_fr_online_NCHW 1
encoder_ja_online_NCHW 1
encoder_reverb_1027_10_10_2_sp_fc_fast_NCHW 19
model_sencevoice_12_sp_fc_fast2_NCHW 15
reverb_5s_8_8_2_sp_fc_fast_NCHW 19
sensevoice_6s_sp_fc_fast2_NCHW 15
zipformer_0403_NCHW 1

Address widths:

  • 32 bits: 138 file(s)

Exact duplicate groups

Section titled “Exact duplicate groups”
  • 2c261beb8aedb1361c3a4832878ff09dec597bcae4681aee742069c6faa54b5d — 2 files: models/ai-models/asr-models/model/asr_ja/ja_online/ctc_online.nb, models/ai-models/asr-models/model/asr_ja/ja_online/ja_online.nb
  • 5d2795be781af80593321cf0ae627f56f4f6f64e71e95d1d8b0a27f6192a9f66 — 2 files: models/ai-models/asr-models/model/asr_de/de_online/ctc_online.nb, waved/third_party/stock-npu-stack/sample-ctc.nb

Structural duplicate groups

Section titled “Structural duplicate groups”
  • 5029e36bace67d7aea5e5a9b5583248cded55589d79b1e8c422c4b544e99e1aa — 2 files: models/ai-models/asr-models/model/asr_ja/ja_online/ctc_online.nb, models/ai-models/asr-models/model/asr_ja/ja_online/ja_online.nb
  • 5e5c9553203b5d466e436405305a4674f253a621750dc5bc40aded0d8a64d8b0 — 2 files: models/ai-models/asr-models/model/asr_en/reverb-asr-10s/reverb_10s_fast_11.nb, models/ai-models/asr-models/model/asr_en/reverb-asr-10s/reverb_10s_fast_9.nb
  • e89fe9dabf5ce87dedeb6a13c4fba1ab5d4dd57b5ddf883f9217088d3c5d99f3 — 2 files: models/ai-models/asr-models/model/asr_en/reverb-asr-10s/reverb_5s_split_fast_11.nb, models/ai-models/asr-models/model/asr_en/reverb-asr-10s/reverb_5s_split_fast_9.nb
  • f3556e8c2a3663450f8c7b93f4b8a813a4db346c19efbf54822e881840bfbe95 — 2 files: models/ai-models/asr-models/model/asr_de/de_online/ctc_online.nb, waved/third_party/stock-npu-stack/sample-ctc.nb

Interpretation boundary

Section titled “Interpretation boundary”

An exact hash proves byte identity. A structural signature covers only parsed envelope, section-layout, and IO metadata; it does not prove equal operations, weights, or NPU commands.