AIRTIST
  • GETTING STARTED
    • Welcome
    • Official Links
    • Background
    • What is AIRTIST?
      • Why AIRTIST?
  • AIRTIST ECOSYSTEM
    • Outline
    • Inception
      • Creation of MASTER
      • Creation of the MAESTRO
      • Storage of DNN and Minting of the NFT
    • Manifestation
    • Proliferation
    • Other Technical Features
  • OVERALL CONSIDERATION
    • Why Blockchain?
    • Why MATRIX?
    • Why Ethereum?
      • Why Fractional NFT
    • AIRTIST as a Decentralised Ecosystem
      • Distributed Training
      • Distributed computing
      • Distributed storage
  • TOKENOMICS
    • AIRT Token
    • Token Distribution
    • Token Release Schedule and Rules for the Ecosystem
    • AIRT Mining
    • Utility of AIRTs
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  1. OVERALL CONSIDERATION
  2. AIRTIST as a Decentralised Ecosystem

Distributed Training

PreviousAIRTIST as a Decentralised EcosystemNextDistributed computing

Last updated 2 years ago

To build a truly decentralised NFT platform, we must first be able to create an artist with decentralised means or in a decentralised manner. AIRTIST introduces a Generative Adversarial Network mechanism on Blockchain to realise deep neural network training.

By using loosely coupled distributed training methods to accelerate the training process, the data is disassembled and distributed to several loosely coupled nodes (nodes located in different data centres or computing facilities). Each node has a unified network topology but uses its own data for training.

Each node regularly transmits the calculated gradients according to the pre-specified time intervals and updates their own network weights after partial aggregation. This data parallel training method can effectively improve the training speed. At the same time, AIRTIST plans to introduce AutoML technology in the future to optimise network topology based on distributed computing, thereby improving the overall network quality.

Figure 8: Distributed training