L’interface est localisée ; les présentations et documents des Skills sont traduits automatiquement par IA dans votre langue. Le code, les commandes, chemins et termes techniques restent en version originale, et le document de l’auteur fait foi.
Explorer les Skills
Données et recherche · SKILL.md

tensorflow-yolov4-tflite

tensorflow-yolov4-tflite

Guides TensorFlow YOLOv3/YOLOv4 conversion, inference, training data, evaluation, TensorRT, and Android TFLite workflows for hunglc007/tensorflow-yolov4-tflite.

Independent GitHub snapshot · Automated classification · Original documentation governs

Documentation de la Skill

GitHub

name: tensorflow-yolov4-tflite description: "Guides TensorFlow YOLOv3/YOLOv4 conversion, inference, training data, evaluation, TensorRT, and Android TFLite workflows for hunglc007/tensorflow-yolov4-tflite." disable-model-invocation: true metadata: disco-role: operating license: MIT

tensorflow-yolov4-tflite

Use this repo skill when the user needs operational guidance for the hunglc007/tensorflow-yolov4-tflite project: YOLOv3/YOLOv4 and tiny variants implemented in TensorFlow 2, Darknet .weights conversion to SavedModel, TFLite or TF-TRT export, image/video detection, COCO/VOC annotation preparation, training, mAP/FPS checks, or the bundled Android TFLite demo.

First checks

  1. Confirm the user is working with a target checkout of this repository or a project copied from it. The source scripts use repository-relative paths such as ./data/classes/coco.names; run commands from the target checkout root or pass absolute paths where a flag supports them.
  2. Read references/repo-provenance.md when checking whether this skill matches a checkout before refreshing it.
  3. Read references/compatibility.md before installing dependencies. The upstream pins are old: TensorFlow 2.3 era, Python 3.8 is the safest reconstruction target, modern protobuf must often be pinned below 3.20, and GPU/TensorRT needs a matching CUDA 10.x-era stack.
  4. Run scripts/check_environment.py against the user's target checkout for a non-destructive import/config/backend probe.

Minimal environment probe after installation:

python - <<'PY'
import tensorflow as tf, cv2
from core.config import cfg
from core import utils
print("tensorflow", tf.__version__)
print("opencv", cv2.__version__)
print("class_file", cfg.YOLO.CLASSES)
print("classes", len(utils.read_class_names(cfg.YOLO.CLASSES)))
print("gpus", tf.config.experimental.list_physical_devices("GPU"))
PY

If this fails, go to references/troubleshooting.md before changing the task plan.

Route by task

  • Convert models or export formats: use sub-skills/model-conversion/SKILL.md for Darknet .weights to TensorFlow SavedModel, TFLite float32/float16/int8, TF-TRT conversion, supported flags, artifact checks, and conversion failures.
  • Run detection, evaluation, or benchmarks: use sub-skills/inference-evaluation/SKILL.md for image/video inference, TFLite inference, mAP file generation, FPS tests, thresholds, output files, and post-processing checks.
  • Prepare data or train: use sub-skills/training-data/SKILL.md for COCO/VOC annotation formats, class/anchor config, dataset validation, training stages, freeze layers, checkpoints, and dataset-related errors.
  • Use the Android demo: use sub-skills/android-deployment/SKILL.md for TFLite asset placement, Gradle/TFLite versions, YOLOv4 classifier constants, GPU/NNAPI delegate choices, and Android build/run troubleshooting.

Repo operating model

  • This is a script-style repository, not an installable Python distribution. Future agents should install the dependencies in an isolated environment and add the target checkout root to PYTHONPATH when running scripts from another working directory.
  • core.config.cfg owns the default class file, anchors, strides, train/test annotation paths, thresholds, image size, batch size, and epoch counts.
  • The main Python entry points are save_model.py, convert_tflite.py, convert_trt.py, detect.py, detectvideo.py, evaluate.py, benchmarks.py, and train.py. The sub-skills distill their flags and safe command-building steps; do not assume a command is safe to run until weights, datasets, output paths, and backend requirements are checked.
  • Full YOLOv4 weights, COCO datasets, TensorRT conversion, Android builds, and training are network-, data-, hardware-, or time-intensive. Treat them as explicit user-approved actions, not default verification steps.

Bundled helpers

Do not use this skill when

  • The user is asking about a different YOLO implementation such as Darknet, Ultralytics, MMDetection, YOLOP, or DeepStream-Yolo and does not need this repository's TensorFlow/TFLite scripts.
  • The task is only generic object-detection theory, annotation labeling policy, or Android camera app development unrelated to this repo's TFLite assets.
  • The user wants Creator-mode skill production or refresh work; route that to the appropriate Creator workflow instead of using this operating skill.
Skills enregistrées