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record_64.txt
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record_64.txt
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Script started on 2022-04-25 16:55:55+0800
/home/hp/.zshrc:source:6: no such file or directory: /home/hp/.bash_profile
[1m[7m%[27m[1m[0m [0m[27m[24m[J[0m[49m[39m[0m[49m[38;5;37m ofa[0m[38;5;37m[49m[38;5;37m[0m[38;5;37m[49m [0m[38;5;37m[49m[38;5;76m>[0m[38;5;76m[49m[38;5;76m[0m[38;5;76m[49m [0m[38;5;76m[49m[38;5;31m]8;;file:///home/rick/nas_rram/ofa/[1m[38;5;31m[38;5;39mhome[0m[38;5;39m[49m[38;5;31m/[38;5;103mr[0m[38;5;103m[49m[38;5;31m/[38;5;103mn[0m[38;5;103m[49m[38;5;31m/[1m[38;5;31m[38;5;39mofa[0m[38;5;39m[49m[38;5;31m]8;;[0m[38;5;31m[49m[38;5;31m[0m[38;5;31m[49m[30m[0m[30m[49m[39m [0m[49m[39m[K[108C[0m[49m[38;5;70mdone[0m[38;5;70m[49m[38;5;70m[0m[38;5;70m[49m[38;5;70m[0m[38;5;70m[49m[38;5;66m 16:55:55[0m[38;5;66m[49m[38;5;66m[0m[38;5;66m[49m[38;5;66m[0m[38;5;66m[49m[39m[121D[?1h=[?2004h[32mscript[39m [36m-t[39m 2>[35mtime.txt[39m [36m-a[39m [35mrecord.txt[39m[34D[32mm[32ma[32mk[32me[39m[39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [30D[32m/[32mh[32mo[32mm[32me/hp/anaconda3/envs/ofa/bin/python[39m [35m/home/rick/nas_rram/ofa/DNN_NeuroSim_V1.3/Inference_pytorch/inference_searched_mode[35ml[35ms.py[39m [36m--model[39m VGG8[K[90m8[39m[90mG[90mG[90mV[90m [36me[39m[90ml[36md[39m[90me[36mo[39m[90md[36mm[39m[90mo[36m-[39m[90mm[36m-[39m[90m-[90m-[90m [39m[39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [39m [13D[?1l>[?2004l
/home/rick/nas_rram/neurosim_log/default/ADCprecision=5/batch_size=500/cellBit=4/dataset=cifar10/decreasing_lr=140,180/detect=0/grad_scale=8/inference=1/lr=0.01/mode=FP/model=ResNet18/onoffratio=10/seed=117/subArray=128/t=0/target=0/v=0.1/vari=1/wl_activate=8/wl_error=8/wl_grad=8/wl_weight=8
=================FLAGS==================
dataset: cifar10
model: ResNet18
mode: FP
batch_size: 500
epochs: 200
grad_scale: 8
seed: 117
log_interval: 100
test_interval: 1
logdir: /home/rick/nas_rram/neurosim_log/default/ADCprecision=5/batch_size=500/cellBit=4/dataset=cifar10/decreasing_lr=140,180/detect=0/grad_scale=8/inference=1/lr=0.01/mode=FP/model=ResNet18/onoffratio=10/seed=117/subArray=128/t=0/target=0/v=0.1/vari=1/wl_activate=8/wl_error=8/wl_grad=8/wl_weight=8
lr: 0.01
decreasing_lr: 140,180
wl_weight: 8
wl_grad: 8
wl_activate: 8
wl_error: 8
inference: 1
subArray: 128
ADCprecision: 5
cellBit: 4
onoffratio: 10
vari: 1
t: 0
v: 0.1
detect: 0
target: 0
========================================
Building CIFAR-10 data loader with 1 workers
Files already downloaded and verified
Files already downloaded and verified
quantize layer Fconv 1650876968.7324703
quantize layer Fconv 1650876969.0056794
quantize layer Fconv 1650876969.2522345
quantize layer Fconv 1650876969.5029373
quantize layer Fconv 1650876969.5334713
quantize layer Fconv 1650876969.644812
quantize layer Fconv 1650876969.7474802
quantize layer Fconv 1650876969.7827628
quantize layer Fconv 1650876969.8875084
quantize layer Fconv 1650876969.9238558
quantize layer Fconv 1650876970.0267303
quantize layer Fconv 1650876970.0616953
quantize layer Fconv 1650876970.1649606
quantize layer Fconv 1650876970.1998088
quantize layer Fconv 1650876970.3052416
quantize layer Fconv 1650876970.3116784
quantize layer Fconv 1650876970.3495364
quantize layer Fconv 1650876970.4304638
quantize layer Fconv 1650876970.4583943
quantize layer Fconv 1650876970.519437
quantize layer Fconv 1650876970.5452845
quantize layer Fconv 1650876970.605991
quantize layer Fconv 1650876970.631608
quantize layer Fconv 1650876970.691638
quantize layer Fconv 1650876970.7166111
quantize layer Fconv 1650876970.7767513
quantize layer Fconv 1650876970.7799563
quantize layer Fconv 1650876970.8181386
quantize layer Fconv 1650876970.8977284
quantize layer Fconv 1650876970.9436247
quantize layer Fconv 1650876971.0097928
quantize layer Fconv 1650876971.0551388
quantize layer Fconv 1650876971.121352
quantize layer Fconv 1650876971.1669967
quantize layer Fconv 1650876971.2324467
quantize layer Fconv 1650876971.277734
quantize layer Fconv 1650876971.3445292
quantize layer Fconv 1650876971.3486636
quantize layer Fconv 1650876971.432655
quantize layer Fconv 1650876971.61599
quantize layer Fconv 1650876971.8056214
quantize layer Fconv 1650876971.9769251
quantize layer Fconv 1650876972.1271083
quantize layer Fconv 1650876972.2982771
quantize layer Fconv 1650876972.451585
quantize layer Fconv 1650876972.6277022
quantize layer Fconv 1650876972.7826958
quantize layer Flinear 1650876972.9612212
--- Hardware Properties ---
subArray size:
128
ADC precision:
5
cell precision:
4
on/off ratio:
10
variation:
1
Test set: Average loss: 18504510215609647104.0000, Accuracy: 1000/10000 (10%)
------------------------------ FloorPlan --------------------------------
Tile and PE size are optimized to maximize memory utilization ( = memory mapped by synapse / total memory on chip)
Desired Conventional Mapped Tile Storage Size: 512x512
Desired Conventional PE Storage Size: 256x256
Desired Novel Mapped Tile Storage Size: 9x256x256
User-defined SubArray Size: 64x64
----------------- # of tile used for each layer -----------------
layer1: 1
layer2: 1
layer3: 1
layer4: 1
layer5: 1
layer6: 1
layer7: 1
layer8: 1
layer9: 1
layer10: 1
layer11: 1
layer12: 1
layer13: 1
layer14: 1
layer15: 1
layer16: 2
layer17: 1
layer18: 2
layer19: 1
layer20: 2
layer21: 1
layer22: 2
layer23: 1
layer24: 2
layer25: 1
layer26: 1
layer27: 4
layer28: 1
layer29: 4
layer30: 1
layer31: 4
layer32: 1
layer33: 4
layer34: 1
layer35: 4
layer36: 1
layer37: 1
layer38: 8
layer39: 4
layer40: 8
layer41: 4
layer42: 8
layer43: 4
layer44: 8
layer45: 4
layer46: 8
layer47: 4
layer48: 1
----------------- Speed-up of each layer ------------------
layer1: 32
layer2: 8
layer3: 4
layer4: 64
layer5: 4
layer6: 16
layer7: 4
layer8: 16
layer9: 4
layer10: 16
layer11: 4
layer12: 16
layer13: 4
layer14: 16
layer15: 32
layer16: 4
layer17: 4
layer18: 4
layer19: 4
layer20: 4
layer21: 4
layer22: 4
layer23: 4
layer24: 4
layer25: 4
layer26: 16
layer27: 4
layer28: 1
layer29: 4
layer30: 1
layer31: 4
layer32: 1
layer33: 4
layer34: 1
layer35: 4
layer36: 1
layer37: 8
layer38: 4
layer39: 1
layer40: 2
layer41: 1
layer42: 2
layer43: 1
layer44: 2
layer45: 1
layer46: 2
layer47: 1
layer48: 32
----------------- Utilization of each layer ------------------
layer1: 0.421875
layer2: 0.5
layer3: 0.5
layer4: 1
layer5: 1
layer6: 1
layer7: 0.25
layer8: 1
layer9: 0.25
layer10: 1
layer11: 0.25
layer12: 1
layer13: 0.25
layer14: 1
layer15: 0.25
layer16: 0.25
layer17: 1
layer18: 0.5
layer19: 1
layer20: 0.5
layer21: 1
layer22: 0.5
layer23: 1
layer24: 0.5
layer25: 1
layer26: 0.5
layer27: 0.5
layer28: 1
layer29: 1
layer30: 1
layer31: 1
layer32: 1
layer33: 1
layer34: 1
layer35: 1
layer36: 1
layer37: 1
layer38: 1
layer39: 1
layer40: 1
layer41: 1
layer42: 1
layer43: 1
layer44: 1
layer45: 1
layer46: 1
layer47: 1
layer48: 0.625
Memory Utilization of Whole Chip: 88.3872 %
---------------------------- FloorPlan Done ------------------------------
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876968.7324703.csv
i = 0
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.0056794.csv
i = 1
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.2522345.csv
i = 2
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.5029373.csv
i = 3
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.5334713.csv
i = 4
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.644812.csv
i = 5
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.7474802.csv
i = 6
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.7827628.csv
i = 7
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.8875084.csv
i = 8
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876969.9238558.csv
i = 9
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.0267303.csv
i = 10
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.0616953.csv
i = 11
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.1649606.csv
i = 12
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.1998088.csv
i = 13
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.3052416.csv
i = 14
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.3116784.csv
i = 15
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.3495364.csv
i = 16
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.4304638.csv
i = 17
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.4583943.csv
i = 18
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.519437.csv
i = 19
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.5452845.csv
i = 20
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.605991.csv
i = 21
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.631608.csv
i = 22
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.691638.csv
i = 23
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.7166111.csv
i = 24
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.7767513.csv
i = 25
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.7799563.csv
i = 26
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.8181386.csv
i = 27
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.8977284.csv
i = 28
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876970.9436247.csv
i = 29
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.0097928.csv
i = 30
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.0551388.csv
i = 31
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.121352.csv
i = 32
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.1669967.csv
i = 33
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.2324467.csv
i = 34
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.277734.csv
i = 35
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.3445292.csv
i = 36
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.3486636.csv
i = 37
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.432655.csv
i = 38
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.61599.csv
i = 39
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.8056214.csv
i = 40
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876971.9769251.csv
i = 41
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876972.1271083.csv
i = 42
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876972.2982771.csv
i = 43
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876972.451585.csv
i = 44
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876972.6277022.csv
i = 45
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFconv1650876972.7826958.csv
i = 46
netStructure[i][6] : 0
netStructure.size() is 48
argv[2 * i + 4] : /home/rick/nas_rram/neurosim_log/layer_record_ResNet18/weightFlinear1650876972.9612212.csv
i = 47
netStructure[i][6] : 0
-------------------------------------- Hardware Performance --------------------------------------
-------------------- Estimation of Layer 1 ----------------------
layer1's readLatency is: 72414.2ns
layer1's readDynamicEnergy is: 84036.5pJ
layer1's leakagePower is: 5.84647uW
layer1's leakageEnergy is: 49534pJ
layer1's buffer latency is: 66310ns
layer1's buffer readDynamicEnergy is: 2281.52pJ
layer1's ic latency is: 4061.89ns
layer1's ic readDynamicEnergy is: 61408.2pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 845.077ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 1056.35ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 70512.7ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 1039.44pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 9587.98pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 73409.1pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 2 ----------------------
layer2's readLatency is: 124588ns
layer2's readDynamicEnergy is: 402117pJ
layer2's leakagePower is: 14.3923uW
layer2's leakageEnergy is: 209794pJ
layer2's buffer latency is: 106449ns
layer2's buffer readDynamicEnergy is: 9260.68pJ
layer2's ic latency is: 5500.45ns
layer2's ic readDynamicEnergy is: 230949pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 2944.63ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 9570.03ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 112073ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 8248.06pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 79505.8pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 314363pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 3 ----------------------
layer3's readLatency is: 39093.7ns
layer3's readDynamicEnergy is: 157849pJ
layer3's leakagePower is: 14.3923uW
layer3's leakageEnergy is: 65830pJ
layer3's buffer latency is: 32607ns
layer3's buffer readDynamicEnergy is: 3628.61pJ
layer3's ic latency is: 1639.73ns
layer3's ic readDynamicEnergy is: 71336.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 1472.31ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 3312.7ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 34308.7ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 7011.66pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 38668.9pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 112168pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 4 ----------------------
layer4's readLatency is: 25201.1ns
layer4's readDynamicEnergy is: 27096.9pJ
layer4's leakagePower is: 5.84647uW
layer4's leakageEnergy is: 17238.5pJ
layer4's buffer latency is: 23679.9ns
layer4's buffer readDynamicEnergy is: 740.922pJ
layer4's ic latency is: 1230.06ns
layer4's ic readDynamicEnergy is: 23327.7pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 120.189ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 150.236ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 24930.6ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 277.089pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 1363.62pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 25456.2pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 5 ----------------------
layer5's readLatency is: 44767.2ns
layer5's readDynamicEnergy is: 152638pJ
layer5's leakagePower is: 14.3923uW
layer5's leakageEnergy is: 75383.5pJ
layer5's buffer latency is: 39175.9ns
layer5's buffer readDynamicEnergy is: 3397.89pJ
layer5's ic latency is: 2030.69ns
layer5's ic readDynamicEnergy is: 85323pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 1081.7ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 2433.82ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 41251.7ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 8106.87pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 28409.8pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 116121pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 6 ----------------------
layer6's readLatency is: 36039.4ns
layer6's readDynamicEnergy is: 88904.3pJ
layer6's leakagePower is: 14.3923uW
layer6's leakageEnergy is: 60686.8pJ
layer6's buffer latency is: 32587.1ns
layer6's buffer readDynamicEnergy is: 1940.46pJ
layer6's ic latency is: 1750.88ns
layer6's ic readDynamicEnergy is: 70900.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 270.425ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 1419.73ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 34349.3ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 1532.36pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 7699.75pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 79672.2pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 7 ----------------------
layer7's readLatency is: 20694.2ns
layer7's readDynamicEnergy is: 99164.7pJ
layer7's leakagePower is: 14.3923uW
layer7's leakageEnergy is: 34847pJ
layer7's buffer latency is: 16346.1ns
layer7's buffer readDynamicEnergy is: 2306.91pJ
layer7's ic latency is: 787.487ns
layer7's ic readDynamicEnergy is: 35752.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 1081.7ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 2433.82ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 17178.7ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 5331.16pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 28409.8pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 65423.8pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 8 ----------------------
layer8's readLatency is: 36039.4ns
layer8's readDynamicEnergy is: 89101.4pJ
layer8's leakagePower is: 14.3923uW
layer8's leakageEnergy is: 60686.8pJ
layer8's buffer latency is: 32587.1ns
layer8's buffer readDynamicEnergy is: 1940.46pJ
layer8's ic latency is: 1750.88ns
layer8's ic readDynamicEnergy is: 70900.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 270.425ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 1419.73ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 34349.3ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 1721.59pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 7699.75pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 79680pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 9 ----------------------
layer9's readLatency is: 20694.2ns
layer9's readDynamicEnergy is: 98220.1pJ
layer9's leakagePower is: 14.3923uW
layer9's leakageEnergy is: 34847pJ
layer9's buffer latency is: 16346.1ns
layer9's buffer readDynamicEnergy is: 2306.91pJ
layer9's ic latency is: 787.487ns
layer9's ic readDynamicEnergy is: 35752.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 1081.7ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 2433.82ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 17178.7ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 4438.96pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 28409.8pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 65371.4pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 10 ----------------------
layer10's readLatency is: 36039.4ns
layer10's readDynamicEnergy is: 89169.9pJ
layer10's leakagePower is: 14.3923uW
layer10's leakageEnergy is: 60686.8pJ
layer10's buffer latency is: 32587.1ns
layer10's buffer readDynamicEnergy is: 1940.46pJ
layer10's ic latency is: 1750.88ns
layer10's ic readDynamicEnergy is: 70900.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 270.425ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 1419.73ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 34349.3ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 1787.93pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 7699.75pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 79682.2pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 11 ----------------------
layer11's readLatency is: 20694.2ns
layer11's readDynamicEnergy is: 99158.2pJ
layer11's leakagePower is: 14.3923uW
layer11's leakageEnergy is: 34847pJ
layer11's buffer latency is: 16346.1ns
layer11's buffer readDynamicEnergy is: 2306.91pJ
layer11's ic latency is: 787.487ns
layer11's ic readDynamicEnergy is: 35752.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 1081.7ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 2433.82ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 17178.7ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 5319pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 28409.8pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 65429.4pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 12 ----------------------
layer12's readLatency is: 36039.4ns
layer12's readDynamicEnergy is: 89026.3pJ
layer12's leakagePower is: 14.3923uW
layer12's leakageEnergy is: 60686.8pJ
layer12's buffer latency is: 32587.1ns
layer12's buffer readDynamicEnergy is: 1940.46pJ
layer12's ic latency is: 1750.88ns
layer12's ic readDynamicEnergy is: 70900.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 270.425ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 1419.73ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 34349.3ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 1649.48pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 7699.75pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 79677.1pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 13 ----------------------
layer13's readLatency is: 20694.2ns
layer13's readDynamicEnergy is: 99965.5pJ
layer13's leakagePower is: 14.3923uW
layer13's leakageEnergy is: 34847pJ
layer13's buffer latency is: 16346.1ns
layer13's buffer readDynamicEnergy is: 2306.91pJ
layer13's ic latency is: 787.487ns
layer13's ic readDynamicEnergy is: 35752.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 1081.7ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 2433.82ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 17178.7ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 6075.79pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 28409.8pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 65479.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 14 ----------------------
layer14's readLatency is: 9026.29ns
layer14's readDynamicEnergy is: 23886.9pJ
layer14's leakagePower is: 14.3923uW
layer14's leakageEnergy is: 15199.4pJ
layer14's buffer latency is: 8146.78ns
layer14's buffer readDynamicEnergy is: 485.115pJ
layer14's ic latency is: 453.212ns
layer14's ic readDynamicEnergy is: 18467pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 67.6062ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 354.933ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 8603.75ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 1270.99pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 1924.94pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 20691pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 15 ----------------------
layer15's readLatency is: 4339.19ns
layer15's readDynamicEnergy is: 5285.97pJ
layer15's leakagePower is: 5.84647uW
layer15's leakageEnergy is: 2968.17pJ
layer15's buffer latency is: 3939.19ns
layer15's buffer readDynamicEnergy is: 139.292pJ
layer15's ic latency is: 253.523ns
layer15's ic readDynamicEnergy is: 3581.5pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 60.0944ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 75.118ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 4203.98ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 184.507pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 681.812pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 4419.65pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 16 ----------------------
layer16's readLatency is: 18057.6ns
layer16's readDynamicEnergy is: 185703pJ
layer16's leakagePower is: 28.7846uW
layer16's leakageEnergy is: 30147.3pJ
layer16's buffer latency is: 13354.6ns
layer16's buffer readDynamicEnergy is: 4542.78pJ
layer16's ic latency is: 1097.35ns
layer16's ic readDynamicEnergy is: 60626.2pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 1081.7ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 2433.82ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 14542.1ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 9076.6pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 56819.6pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 119807pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 17 ----------------------
layer17's readLatency is: 18099.1ns
layer17's readDynamicEnergy is: 56004.3pJ
layer17's leakagePower is: 15.0881uW
layer17's leakageEnergy is: 31950.4pJ
layer17's buffer latency is: 16311.9ns
layer17's buffer readDynamicEnergy is: 970.23pJ
layer17's ic latency is: 885.766ns
layer17's ic readDynamicEnergy is: 35945pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 270.425ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 625.357ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 17203.3ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 4959.38pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 7202.04pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 43842.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 18 ----------------------
layer18's readLatency is: 2570.57ns
layer18's readDynamicEnergy is: 29363.1pJ
layer18's leakagePower is: 28.7846uW
layer18's leakageEnergy is: 4291.58pJ
layer18's buffer latency is: 1996.89ns
layer18's buffer readDynamicEnergy is: 574.572pJ
layer18's ic latency is: 171.798ns
layer18's ic readDynamicEnergy is: 9345.8pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 120.189ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 270.425ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 2179.95ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 6809.02pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 6313.29pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 16240.8pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 19 ----------------------
layer19's readLatency is: 8042.93ns
layer19's readDynamicEnergy is: 27608.5pJ
layer19's leakagePower is: 15.0881uW
layer19's leakageEnergy is: 14198.3pJ
layer19's buffer latency is: 7249.67ns
layer19's buffer readDynamicEnergy is: 430.437pJ
layer19's ic latency is: 391.379ns
layer19's ic readDynamicEnergy is: 15865.6pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 120.189ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 277.937ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 7644.8ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 4944.26pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 3200.91pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 19463.4pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 20 ----------------------
layer20's readLatency is: 2570.57ns
layer20's readDynamicEnergy is: 30170.4pJ
layer20's leakagePower is: 28.7846uW
layer20's leakageEnergy is: 4291.58pJ
layer20's buffer latency is: 1996.89ns
layer20's buffer readDynamicEnergy is: 574.572pJ
layer20's ic latency is: 171.798ns
layer20's ic readDynamicEnergy is: 9345.8pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 120.189ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 270.425ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 2179.95ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 7582.61pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 6313.29pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 16274.5pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 21 ----------------------
layer21's readLatency is: 8042.93ns
layer21's readDynamicEnergy is: 27510.4pJ
layer21's leakagePower is: 15.0881uW
layer21's leakageEnergy is: 14198.3pJ
layer21's buffer latency is: 7249.67ns
layer21's buffer readDynamicEnergy is: 430.437pJ
layer21's ic latency is: 391.379ns
layer21's ic readDynamicEnergy is: 15865.6pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 120.189ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 277.937ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 7644.8ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 4846.63pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 3200.91pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 19462.9pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 22 ----------------------
layer22's readLatency is: 2570.57ns
layer22's readDynamicEnergy is: 29017.3pJ
layer22's leakagePower is: 28.7846uW
layer22's leakageEnergy is: 4291.58pJ
layer22's buffer latency is: 1996.89ns
layer22's buffer readDynamicEnergy is: 574.572pJ
layer22's ic latency is: 171.798ns
layer22's ic readDynamicEnergy is: 9345.8pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 120.189ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 270.425ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 2179.95ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 6480pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 6313.29pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 16224pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 23 ----------------------
layer23's readLatency is: 8042.93ns
layer23's readDynamicEnergy is: 27255.6pJ
layer23's leakagePower is: 15.0881uW
layer23's leakageEnergy is: 14198.3pJ
layer23's buffer latency is: 7249.67ns
layer23's buffer readDynamicEnergy is: 430.437pJ
layer23's ic latency is: 391.379ns
layer23's ic readDynamicEnergy is: 15865.6pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 120.189ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 277.937ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 7644.8ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 4602.36pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 3200.91pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 19452.4pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 24 ----------------------
layer24's readLatency is: 2570.57ns
layer24's readDynamicEnergy is: 29507pJ
layer24's leakagePower is: 28.7846uW
layer24's leakageEnergy is: 4291.58pJ
layer24's buffer latency is: 1996.89ns
layer24's buffer readDynamicEnergy is: 574.572pJ
layer24's ic latency is: 171.798ns
layer24's ic readDynamicEnergy is: 9345.8pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 120.189ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 270.425ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 2179.95ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 6952.92pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 6313.29pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 16240.8pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 25 ----------------------
layer25's readLatency is: 2016.48ns
layer25's readDynamicEnergy is: 10835.2pJ
layer25's leakagePower is: 15.0881uW
layer25's leakageEnergy is: 3559.72pJ
layer25's buffer latency is: 1812.07ns
layer25's buffer readDynamicEnergy is: 102.372pJ
layer25's ic latency is: 103.009ns
layer25's ic readDynamicEnergy is: 4213.67pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 30.0472ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 69.4841ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 1916.95ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 4810.1pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 800.227pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 5224.92pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 26 ----------------------
layer26's readLatency is: 2176.17ns
layer26's readDynamicEnergy is: 3256.33pJ
layer26's leakagePower is: 5.84647uW
layer26's leakageEnergy is: 1488.58pJ
layer26's buffer latency is: 1969.59ns
layer26's buffer readDynamicEnergy is: 69.6458pJ
layer26's ic latency is: 133.334ns
layer26's ic readDynamicEnergy is: 2096.16pJ
************************ Breakdown of Latency and Dynamic Energy *************************
----------- ADC (or S/As and precharger for SRAM) readLatency is : 30.0472ns
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readLatency is : 37.559ns
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readLatency is : 2108.56ns
----------- ADC (or S/As and precharger for SRAM) readDynamicEnergy is : 388.033pJ
----------- Accumulation Circuits (subarray level: adders, shiftAdds; PE/Tile/Global level: accumulation units) readDynamicEnergy is : 340.906pJ
----------- Other Peripheries (e.g. decoders, mux, switchmatrix, buffers, IC, pooling and activation units) readDynamicEnergy is : 2527.39pJ
************************ Breakdown of Latency and Dynamic Energy *************************
-------------------- Estimation of Layer 27 ----------------------
layer27's readLatency is: 2350.85ns