AI-Net & GPU-Powered Diagram

The "End-user Application" layer immediately below is marked as the application layer for enterprises to distribute AI models and applications, hinting at the deployment mechanism for the AI services.

The "AI Application Service layer" sits beneath the end-user applications. This layer is responsible for processing different types of data—image, audio, and others—through respective AI processing models, providing an intermediary service platform between the user applications and the core AI functionalities.

The "Blockchain network layer" is shown as a distributed network layer that governs the system. This includes various AI nodes, which are GPU-powered worker nodes that participate in maintaining and running AI jobs within the network, suggesting a decentralized approach to computational resource management. Notably, it mentions the incentive mechanism where nodes are rewarded for maintaining and running AI jobs.

Finally, the lower section of the image outlines a specific use case titled "Plant type and disease recognition use case." It illustrates the interaction between the "End-user application" (Plant Care Mobile Application), the "AI Application Service Layer" (AI Service and Plant AI Model), and the "Blockchain Network Layer" (AI Net and AI Node), indicating a flow where image data is processed through the AI service to provide plant disease recognition capabilities.

The overall structure showcases a distributed AI service model underpinned by blockchain technology, emphasizing a decentralized, scalable, and reward-based system for AI-driven agricultural assistance.