Blendr Network – Technical Plan Docs
  • Blendr's Network
    • Executive Summary
  • Problem and Solution for Blendr - A Comprehensive Approach
  • Blendr's Decentralized Architecture
    • Blendr Compute Mesh (BCM)
    • BlendrChain
    • Blendr Token ($BLENDR)
    • BME | Native Token
    • Digital Asset Rights Ledger (DARL)
    • Node Engagement Protocol (NEP) and Creator Engagement Protocol (CEP)
    • Node Manager Selection
    • Task Scheduler Optimization active GPUs
    • Data Encryption and Integrity - Quantum-Resistant Encryption
    • Blockchain Smart Contract for Task Verification - Enhanced with Oracles
    • Reward Mechanism for GPU Contributors
    • Token Staking for Non-GPU Holders
    • Multi-Tier Pricing (MTP) Algorithm
    • Voting Power
    • Reputation Scoring System
    • Resource Allocation
    • Burn and Mint Equilibrium (BME)
    • Secure Transaction Protocol
    • Allocation Optimization
    • Dynamic Pricing Model
    • Incentive Mechanism (Burn and Mint Equilibrium - BME)
    • Token Staking
    • Reputation and Incentive Mechanism
    • GPU Selection and Task Allocation
    • CUDA + Blendr
    • Flow for User
  • In conclusion
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  1. Blendr's Decentralized Architecture

Blockchain Smart Contract for Task Verification - Enhanced with Oracles

To incorporate external data or conditions into the verification process, smart contracts can interact with oracles:

V′(Tj,Ni,Ok)={ 1if Tj by node Ni is verified by oracle Ok0otherwiseV'(T_j, N_i, O_k) = \begin{cases}  1 & \text{if } T_j \text{ by node } N_i \text{ is verified by oracle } O_k \\ 0 & \text{otherwise} \end{cases}V′(Tj​,Ni​,Ok​)={ 10​if Tj​ by node Ni​ is verified by oracle Ok​otherwise​

Where OkO_kOk​ represents an oracle providing external data or verification services.

These enhanced equations and algorithmic explanations aim to provide a more comprehensive and technically profound insight into the operational mechanics of Blendr's decentralized GPU computing network, ensuring a robust and forward-thinking platform design.

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