Veil Protocol White Paper
CtrlK
  • Veil Protocol White Paper
  • Introduction
  • Architecture and Design
    • Bittensor Infrastructure
    • Decentralized Governance
    • TAO Subnet
  • App Development: Tennet™
    • Decentralized AI Functionalities
    • Scaling & Resource Allocation
    • User Privacy & Security
  • Utility and Tokenomics
    • Utility
      • 1. Treasury and Staking Rewards
      • 2. Governance and DAO Participation
      • 3. Exclusive Access and Beta Testing
    • Tokenomics
    • CA
  • Technical Implementation
    • TAO Subnet Integration
    • AI Model Lifecycle
    • Economic Incentives
    • Hardware Requirements
    • Security & Compliance
  • Stochastic Performance Model
    • Model Overview
    • Stochastic Differential Equations (SDEs)
    • Quality of AI Responses
    • One-Year Monte-Carlo Simulation
  • Project Roadmap
    • Phase 1 · Stealth Launch & Closed Alpha
    • Phase 2 · Public Reveal, Subnet Acquisition & App
    • Phase 3 · Open Beta & DAO Activation
    • Phase 4 · Feature Expansion
    • Phase 5 · Global Growth & Ecosystem
Powered by GitBook
On this page
  1. Stochastic Performance Model

Stochastic Differential Equations (SDEs)

The performance dynamics of system can be described using a set of SDEs. These equations model the changes in the number of miners, validators, and reward distribution over time.

PreviousModel OverviewNextQuality of AI Responses

Last updated 18 days ago