general: project_name: tf_flowers logs_dir: logs saved_models_dir: saved_models global_seed: 127 gpu_memory_limit: 5 operation_mode: chain_tqe model: model_name: mobilenetv2_a035 input_shape: (224, 224, 3) pretrained: True dataset: dataset_name: tf_flowers class_names: - daisy - dandelion - roses - sunflowers - tulips training_path: image_classification/datasets/flower_photos validation_path: null validation_split: 0.2 test_path: null quantization_path: null quantization_split: 0.2 seed: 127 preprocessing: rescaling: scale: 1/127.5 offset: -1 resizing: interpolation: nearest aspect_ratio: fit color_mode: rgb data_augmentation: random_contrast: factor: 0.6 random_brightness: factor: 0.15 random_rectangle_erasing: nrec: (0, 6) area: (0.0, 0.1) wh_ratio: (0.25, 4.0) fill_method: mosaic mode: batch change_rate: 0.05 random_flip: mode: horizontal random_translation: width_factor: 0.3 height_factor: 0.3 fill_mode: wrap #reflect interpolation: nearest random_rotation: factor: 0.125 fill_mode: wrap #reflect interpolation: nearest random_zoom: width_factor: 0.25 height_factor: 0.25 fill_mode: wrap #reflect interpolation: nearest random_shear: factor: 0.15 fill_mode: wrap interpolation: nearest random_gaussian_noise: stddev: (0.0001, 0.005) training: frozen_layers: None dropout: 0.9 batch_size: 64 epochs: 1000 optimizer: Adam: learning_rate: 0.0001 callbacks: ReduceLROnPlateau: monitor: val_accuracy patience: 30 factor: 0.5 EarlyStopping: monitor: val_accuracy mode: max restore_best_weights: true patience: 100 quantization: quantizer: TFlite_converter quantization_type: PTQ quantization_input_type: uint8 quantization_output_type: float export_dir: quantized_models tools: stedgeai: optimization: balanced on_cloud: True path_to_stedgeai: C:/ST/STEdgeAI//Utilities/windows/stedgeai.exe path_to_cubeIDE: C:/ST/STM32CubeIDE_<*.*.*>/STM32CubeIDE/stm32cubeide.exe benchmarking: board: STM32H747I-DISCO deployment: c_project_path: ../application_code/image_classification/ IDE: GCC verbosity: 1 hardware_setup: serie: STM32H7 board: STM32H747I-DISCO input: SPI_CAMERA output: USB_DISPLAY mlflow: uri: ./tf/src/experiments_outputs/mlruns hydra: run: dir: ./tf/src/experiments_outputs/${now:%Y_%m_%d_%H_%M_%S}