EMETH White Paper
  • EMETH White Paper
  • 1. Introduction
    • 1-1. The Need for a Global Distributed Computing Platform
  • 2. Project
    • 2-1. EMETH's Vision
    • 2-2. Overview of EMETH Project
      • 2-2-1. Data Privacy Protection
      • 2-2-2. Hybrid Parallel Processing
      • 2-2-3. EMETH L2 Roll Up
  • 3.Token Economy
    • 3-1. EMETH ($EMETH) Token Overview
    • 3-2. Token Allocation
    • 3-3. EMETH Token Utility
    • 3-4. GPU Mining Program
      • 3-4-1. Staking Program.
    • 3-5. Calculation Method for JOB Execution Fees
    • 3-6. Overview of fee state transition
  • 4. Node
    • 4-1. Benefits that EMETH node can enjoy
    • 4-2. How to Become a EMETH Node
      • 4-2-1. How to set up EMETH Node for Windows users
      • 4-2-2. How to set up EMETH Node for Ubuntu users
      • 4-2-3. How to set up EMETH Portable for mobile device users
  • 5. Service
    • 5-1. AI Inference
      • 5-1-1 Pricing
    • 5-2. Rent GPUs
  • 6. DAO
    • 6-1. EMETH DAO
  • 7. EMETH Architecture
    • 7-1. Overview
      • 7-1-1. Splitter
      • 7-1-2. Aggregator
      • 7-1-3. Verifier
      • 7-1-4. Signer
    • 7-2. Layer 1 Entire Process
    • 7-3. Layer 2 Entire Process
  • 8. ROADMAP
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  1. 5. Service
  2. 5-1. AI Inference

5-2-6. CG rendering (movies, games)

CG rendering is the process of using computer graphics (CG) to convert a 3D model into a realistic image. This process is used in many fields, such as movies, video games, architecture, product design, and more. In CG rendering, the structure, material, and lighting conditions of the model are set up to render a realistic image. Rendering can be done using CPU or GPU. With recent technological advancements, real-time rendering has also become possible.

Last updated 1 year ago