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E RKNN: [16:50:26.190] invalid tensor malloc size, tensor name: , target: CPU, size: 0 段错误 (核心已转储) #193

Open MiningIrving opened 2 hours ago

MiningIrving commented 2 hours ago

I have combined the encoder and decoder of mobilesam into a single ONNX model, which uses img_size=1024. The model runs normally with ONNX execution and can be successfully converted to a Qualcomm DLC model. However, when converting to an RKNN model, I encountered the following error with no additional information. I noticed that before the error occurred, the memory usage suddenly increased by 10GB. the logs as fellow： E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.958] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.959] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.959] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.959] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 E RKNN: [16:50:20.959] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x4030, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.959] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x405c, shift = 0, limit: 0x1fff, value: 0x3fff E RKNN: [16:50:20.959] REGTASK: The bit width of field value exceeds the limit, target: v2, offset: 0x5048, shift = 19, limit: 0x1fff, value: 0x3ff8 D RKNN: [16:50:21.015] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.015] finish initComputeZoneMapByStepsVector W RKNN: [16:50:21.019] invalid tensor reset size: 0 D RKNN: [16:50:21.019] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.019] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.020] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.020] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.020] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.020] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.228] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.228] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.232] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.232] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.465] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.465] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.470] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.470] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.471] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.471] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.471] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.471] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.473] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.473] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.517] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.517] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.517] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.517] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.517] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.517] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.519] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.519] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.519] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.519] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.520] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.520] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.522] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.522] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.543] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.543] finish initComputeZoneMapByStepsVector W RKNN: [16:50:21.543] invalid tensor reset size: 0 D RKNN: [16:50:21.543] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.543] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.543] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.543] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.544] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.544] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.753] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.753] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.757] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.757] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.990] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.990] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.996] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.996] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.996] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.996] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.997] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.997] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.999] finish initComputeZoneMapByStepsVector D RKNN: [16:50:21.999] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.045] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.045] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.045] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.045] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.045] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.045] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.047] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.047] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.048] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.048] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.048] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.048] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.050] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.050] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.073] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.073] finish initComputeZoneMapByStepsVector W RKNN: [16:50:22.073] invalid tensor reset size: 0 D RKNN: [16:50:22.073] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.073] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.073] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.073] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.073] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.073] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.283] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.283] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.287] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.287] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.522] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.522] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.528] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.528] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.529] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.529] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.530] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.530] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.532] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.532] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.580] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.580] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.581] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.581] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.581] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.581] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.583] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.583] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.583] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.583] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.584] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.584] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.586] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.586] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.610] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.610] finish initComputeZoneMapByStepsVector W RKNN: [16:50:22.611] invalid tensor reset size: 0 D RKNN: [16:50:22.611] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.611] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.611] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.611] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.611] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.611] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.821] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.821] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.825] finish initComputeZoneMapByStepsVector D RKNN: [16:50:22.825] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.060] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.060] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.066] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.066] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.067] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.067] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.068] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.068] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.070] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.070] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.121] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.121] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.121] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.121] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.122] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.122] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.123] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.123] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.124] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.124] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.125] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.125] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.127] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.127] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.153] finish initComputeZoneMapByStepsVector W RKNN: [16:50:23.153] invalid tensor reset size: 0 D RKNN: [16:50:23.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.364] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.364] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.368] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.368] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.603] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.603] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.610] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.610] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.611] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.611] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.612] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.612] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.614] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.614] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.667] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.667] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.667] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.667] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.668] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.668] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.669] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.669] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.670] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.670] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.671] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.671] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.673] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.673] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.700] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.700] finish initComputeZoneMapByStepsVector W RKNN: [16:50:23.701] invalid tensor reset size: 0 D RKNN: [16:50:23.701] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.701] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.701] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.701] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.701] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.701] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.912] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.912] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.917] finish initComputeZoneMapByStepsVector D RKNN: [16:50:23.917] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.153] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.160] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.160] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.161] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.161] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.162] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.162] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.164] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.164] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.219] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.219] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.219] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.219] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.220] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.220] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.221] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.221] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.222] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.222] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.223] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.223] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.225] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.225] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.258] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.258] finish initComputeZoneMapByStepsVector W RKNN: [16:50:24.261] invalid tensor reset size: 0 D RKNN: [16:50:24.262] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.262] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.262] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.262] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.262] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.262] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.474] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.474] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.484] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.484] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.721] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.721] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.736] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.736] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.738] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.738] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.738] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.738] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.740] finish initComputeZoneMapByStepsVector D RKNN: [16:50:24.740] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.161] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.161] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.161] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.161] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.162] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.162] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.165] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.165] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.166] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.166] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.167] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.167] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.170] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.170] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.210] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.210] finish initComputeZoneMapByStepsVector W RKNN: [16:50:25.210] invalid tensor reset size: 0 D RKNN: [16:50:25.210] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.210] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.211] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.211] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.211] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.211] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.425] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.425] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.435] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.435] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.675] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.675] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.692] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.692] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.693] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.693] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.693] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.693] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.695] finish initComputeZoneMapByStepsVector D RKNN: [16:50:25.695] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.134] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.134] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.135] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.135] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.136] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.136] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.139] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.139] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.140] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.140] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.141] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.141] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.143] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.143] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.189] finish initComputeZoneMapByStepsVector D RKNN: [16:50:26.189] finish initComputeZoneMapByStepsVector E RKNN: [16:50:26.190] invalid tensor malloc size, tensor name: , target: CPU, size: 0 段错误 (核心已转储)

yuyun2000 commented 2 hours ago

更新rknntoolkit版本 或者 逐层排查模型，应该是模型哪一层导致了rk的段错误

MiningIrving commented 2 hours ago

更新rknntoolkit版本 或者 逐层排查模型，应该是模型哪一层导致了rk的段错误 版本为2.2.0应该是最新的，逐层排查太过麻烦，能否提供可能的情况解释

yuyun2000 commented 2 hours ago

如果不想自己排查，建议在redmine 上提单子，或者在这里附上model，等人处理，不过这会非常慢