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modeldir=$COREDLA_WORK/demo/models
imagedir=$COREDLA_WORK/demo/sample_images
curarch=/home/ekd/ekd_research/pet_reconstruction/python/openvino/demo/models/architectures/agx7_area.arch
cd $COREDLA_WORK/runtime/build_Release/dla_benchmark
./dla_benchmark \
-b 1 `# Run only a single image` \
-niter 1 `# Run only a single image` \
-nireq 1 `# Running emulator: so -nireq=1` \
-m $modeldir/model_bmp.xml \
`# Same as when running on hardware - specify the graph` \
-d HETERO:CPU \
`# Same as when running on hardware - \
use FPGA if possible, fallback to CPU` \
-i $imagedir \
`# Same as when running on hardware - specify image directory` \
-arch_file $curarch \
`# Same as when running on hardware - specify .arch file` \
-dump_output \
`# Dump output result.txt file` \
-plugins emulation \
`# Use the software emulator` \
# ./dla_benchmark \
# -b 1 `# Run only a single image` \
# -niter 1 `# Run only a single image` \
# -nireq 1 `# Running emulator: so -nireq=1` \
# -cm $COREDLA_WORK/demo/models/model_bmp_de5a_area.bin \
# `# Same as when running on hardware - specify the graph` \
# -d HETERO:FPGA \
# `# Same as when running on hardware - \
# use FPGA if possible, fallback to CPU` \
# -i $imagedir \
# `# Same as when running on hardware - specify image directory` \
# -arch_file $curarch \
# `# Same as when running on hardware - specify .arch file` \
# -dump_output \
# `# Dump output result.txt file` \
# -plugins emulation \
# `# Use the software emulator` \
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