IP digital currency: Story's protocol layer Description: The protocol layer architecture of the Story blockchain is presented, including the execution layer, storage layer, and consensus layer. Execution Layer: responsible for handling the execution of all trades and smart contracts. Storage layer: responsible for data storage and management. Consensus Layer: Responsible for the consensus mechanism of the network to ensure the integrity and security of the network. Figure 2: Multi-core design at the execution layer Content description: The multi-core architecture of the Story execution layer is demonstrated, including the main core and multiple specialized cores. Main Core: Provide EVM compatibility, process all transactions, and activate professional core. Core Specializations: Optimized for specific needs (e.g., speed, scalability, security, and privacy). Figure 3: Example of IP asset diagram Content description: The graphic representation of intellectual property (IP) assets in Story is displayed, including IP assets, license nodes, and the legal and economic relationships between them. Figure 4: Flowchart of IP registration and utilization (basic path) Content description: Shows the process of registration and utilization of IP assets on the Story network, including the creation, registration, verification, and utilization of IP assets. Figure 5: Core Off-chain Synchronization Description: Demonstrates the functionality of off-chain synchronization, including integration with off-chain data providers (such as oracles), and how to verify the authenticity of IP assets and licenses through the Story's Orchestration Service (SOS) framework. Figure 6: Storage Layer of Story Content description: Demonstrates the functionality of the storage layer, including data organization, performance optimization, and integration with different storage systems. Figure 7: Block Formation Cycle of Tendermint (Ideal Path) Description: The process of block formation of Tendermint consensus mechanism is demonstrated, including block proposal, voting, and final confirmation. Figure 8: Example of AI-related IP assets diagram Content description: Shows the graphical representation of IP assets in the field of AI, including the relationship between datasets, base models, fine-tuned models, etc. Figure 9: Agent TCP/IP Protocol - Interaction Process Description: Demonstrates the interaction process of Agent TCP/IP protocol, including standardization and autonomous interaction between AI agents, as well as how to exchange IP assets and conduct economic transactions through smart contracts. These charts and tables provide a visual structure and process display for the article, helping readers better understand the design and functionality of the Story network.
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IP digital currency:
Story's protocol layer
Description: The protocol layer architecture of the Story blockchain is presented, including the execution layer, storage layer, and consensus layer.
Execution Layer: responsible for handling the execution of all trades and smart contracts.
Storage layer: responsible for data storage and management.
Consensus Layer: Responsible for the consensus mechanism of the network to ensure the integrity and security of the network.
Figure 2: Multi-core design at the execution layer
Content description: The multi-core architecture of the Story execution layer is demonstrated, including the main core and multiple specialized cores.
Main Core: Provide EVM compatibility, process all transactions, and activate professional core.
Core Specializations: Optimized for specific needs (e.g., speed, scalability, security, and privacy).
Figure 3: Example of IP asset diagram
Content description: The graphic representation of intellectual property (IP) assets in Story is displayed, including IP assets, license nodes, and the legal and economic relationships between them.
Figure 4: Flowchart of IP registration and utilization (basic path)
Content description: Shows the process of registration and utilization of IP assets on the Story network, including the creation, registration, verification, and utilization of IP assets.
Figure 5: Core Off-chain Synchronization
Description: Demonstrates the functionality of off-chain synchronization, including integration with off-chain data providers (such as oracles), and how to verify the authenticity of IP assets and licenses through the Story's Orchestration Service (SOS) framework.
Figure 6: Storage Layer of Story
Content description: Demonstrates the functionality of the storage layer, including data organization, performance optimization, and integration with different storage systems.
Figure 7: Block Formation Cycle of Tendermint (Ideal Path)
Description: The process of block formation of Tendermint consensus mechanism is demonstrated, including block proposal, voting, and final confirmation.
Figure 8: Example of AI-related IP assets diagram
Content description: Shows the graphical representation of IP assets in the field of AI, including the relationship between datasets, base models, fine-tuned models, etc.
Figure 9: Agent TCP/IP Protocol - Interaction Process
Description: Demonstrates the interaction process of Agent TCP/IP protocol, including standardization and autonomous interaction between AI agents, as well as how to exchange IP assets and conduct economic transactions through smart contracts.
These charts and tables provide a visual structure and process display for the article, helping readers better understand the design and functionality of the Story network.
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