Choruz AI
  • Preface
  • Overview
    • The Problem
    • The Solution
    • The Vision
  • Platform
    • Features
    • Benefits
  • TOKENOMICS
    • Supply & Distribution
    • Power of $CHORUZ
  • TECH STACK
    • The algorithms
    • Decentralized vs Centralized
  • ECOSYSTEM & USECASES
    • Artists (Music Creators)
    • Listeners
    • Developers
    • Collaboration with Web3
  • ROADMAP
  • TIER LEVELS
  • L2E - LISTEN TO EARN
  • MUSIC NFTs
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  1. TECH STACK

The algorithms

The bits and pieces of AI at Choruz

Overview of AI Algorithms Used we use

Our platform leverages state-of-the-art AI technologies to produce high-quality music that adapts to user preferences:

  1. Generative AI Models:

    1. Neural Networks: Uses deep learning models such as Variational Autoencoders (VAEs) and Generative Adversarial Networks (GANs) to create complex and unique musical compositions.

    2. Transformer-Based Models: Incorporates advanced models like Music Transformer to generate coherent and contextually rich sequences, particularly effective for creating intricate melodies and harmonies.

  2. Machine Learning Techniques:

    1. Reinforcement Learning: Fine-tunes music generation based on user feedback and preferences, ensuring continual improvement in quality and relevance

    2. Style Transfer: Allows users to blend elements of different musical styles or emulate specific genres, offering highly customizable outputs.

  3. . Adaptive AI Features:

    1. Context-aware algorithms adapt music to specific scenarios, such as gaming, meditation, or cinematic experiences.

    2. Real-time composition tools enable users to interact with the AI during the creation process, providing a hands-on collaborative experience.

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Last updated 4 months ago