Multi-Language Text Detection
Problem Statement: Enable piracy detection for non-English text by translating the text into English and matching it against piracy-related keywords.
Requirements:
Use Google Translate API or Hugging Face Transformers for translation.
Detect piracy keywords using NLTK or spaCy.
Deliverables:
Python script for text translation and keyword detection.
Documentation detailing multi-language support.
Instructions to Candidate
Documentation: Provide step-by-step documentation, including the tools, libraries, and resources used.
Open-Source Only: Use free libraries and APIs for implementation.
Focus Areas: Highlight Full Stack Development, AI integration, and Media & Entertainment relevance in solutions.
This repository contains the implementation of the Multi-Language Text Detection System. The system is designed to detect piracy-related keywords from non-English text inputs. It uses a combination of translation models and natural language processing techniques to achieve this. Key features of this project include:
Translating non-English text to English using Hugging Face Transformers. Identifying piracy-related keywords using spaCy. This project has applications in industries like media, entertainment, and cybersecurity for combating piracy effectively.
- Python Version
- Python 3.7+
- Python Packages
- Flask
- transformers
- torch
- langdetect
- spacy
Hugging Face translation models: To perform language translation.
pip install -r requirements.txt
.
- ├── app.py # Main Flask application
- ├── text_process.py # Text processing functions (translation and keyword detection)
- ├── templates/
- │ └── index.html # Webpage template
- ├── requirements.txt # Python dependencies
pip install -r requirements.txt
python app.py
Enter non-English text, click "Detect", and view the results.
- Extend keyword detection to include more context-aware piracy identifiers.
- Add support for detecting text from uploaded files (e.g., PDFs, images with OCR).
- Include additional languages for keyword detection directly.