MMehmet Ünlü
Ana SayfaHakkındaProjelerNotlarCVİletişim
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Mehmet Ünlü

İTÜ'de Elektronik ve Haberleşme Mühendisliği okuyorum; tahminleme, bilgisayarlı görü ve veri iş akışlarını hızlandıran uygulamalı projeler geliştiriyorum.

Ana SayfaHakkındaProjelerNotlarCVİletişim
FlutterDartTensorFlow LiteMobileNetV2Computer VisionOn-Device AIImage ProcessingAndroid

Plant Doc: On-Device Plant Disease Detection

Built a mobile plant disease assistant that lets users capture or upload a plant image, runs MobileNetV2-based TensorFlow Lite inference locally, and returns a disease label, confidence score, Turkish explanation, and care recommendation.

GitHub

Classes

0

Plant health and disease labels

Input

0x224

Model image tensor size

Inference

On-device

No backend server required

Checks

0

Analyze, tests, Android APK build

Proje Galerisi

Plant Doc: On-Device Plant Disease Detection
Plant Doc: On-Device Plant Disease Detection screenshot 2
Plant Doc: On-Device Plant Disease Detection screenshot 3
Plant Doc: On-Device Plant Disease Detection screenshot 4

1/4

Problem

Plant disease inspection usually requires expert knowledge, and cloud-based AI workflows add latency, connectivity, and privacy constraints for simple field use cases.

Zorluk

The main challenge was packaging an ML model inside a Flutter app, preparing camera/gallery images into the expected tensor format, and keeping the app buildable across modern Flutter and Android tooling.

Mimari

Parçalar nasıl bir araya geliyor?

The Flutter UI collects an image through camera or gallery, passes it to a ModelService layer, resizes it to 224x224 RGB, normalizes pixel values, runs TensorFlow Lite inference, maps the output to labels, and converts the prediction into user-facing disease guidance.