Delysium Whitepaper
  • “AI-Agents Need Love Too”
  • Abstract
  • Introduction
  • Opportunity Analysis
  • Technical Overview
    • Fundamental Layer: “YKILY” AI-Agent Network
      • Interoperability & Accessibility
      • Infrastructure
      • Security & Privacy
        • Synchronization with the Chronicle
        • Enhanced Security & Privacy Measures
    • Blockchain Layer - Integration of AI x Blockchain
      • Key Components of this Integration
        • Decentralized Chronicle: The Immutable Ledger of AI Agents
        • Agent-ID - Conditional Access & Agent Identification
        • Parallel Operation
    • Tokenomics
      • Distribution & Allocation
      • Future Outlook
      • Global Impact
    • AI Agents, Tools & Services: Building on the Delysium Network
      • Unified Architecture for Developing AI-Agents
        • Profile
        • Memory
        • Planning
        • Action
        • Communication
    • Future Services & Applications
      • APIs and Libraries
      • Simulation and Testing Tools
      • Documentation and Learning Resources
      • Web Reader Service
    • Community & Initiatives
      • Developer Community Programs
      • Incentive Programs
        • Staking
          • AGI-USDT LP Staking
          • AGI (Single Token) Staking
        • Loyalty Program
    • AI-Agent Launchpad
    • The Evolution of Nodes - Exploring the Potential of Intelligent Nodes
    • Governance Programs - Ethical AI Through Decentralized Governance
    • Educational Programs
    • Events & Conferences
    • Marketing Initiatives
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  1. Technical Overview
  2. AI Agents, Tools & Services: Building on the Delysium Network
  3. Unified Architecture for Developing AI-Agents

Planning

The Planning module is designed to enable AI agents to strategize effectively, whether they're navigating predefined pathways or crafting new ones in response to user inputs.

Workflow:

The workflow is the foundational blueprint that guides an AI agent's planning process. It can be:

  • Predefined: These are workflows crafted by external users or experts and loaded onto the agent. They offer a structured pathway, ensuring that the agent operates within set parameters and adheres to a specific strategy or set of rules.

  • Undefined: Undefined workflows are architectured through natural language inputs by the user. The agent, leveraging its cognitive capabilities, constructs these workflows, ensuring they align with the user's intent and the task's objectives.

Planning w/o Feedback:

In scenarios where feedback loops aren't integral, agents rely on static data or predetermined strategies:

  • Heuristic-Based: Agents employ simple rules or heuristics, offering straightforward solutions based on the current context.

  • Algorithmic: Here, agents harness algorithms that churn out solutions grounded in the present data landscape and immediate objectives.

Planning w/ Feedback:

When feedback becomes a pivotal component, agents refine their strategies, ensuring they're attuned to past outcomes and insights:

  • Reinforcement Learning: This dynamic approach allows agents to recalibrate their decisions based on past rewards or repercussions. It's a continuous learning cycle where every action is a step towards optimization.

  • Adaptive Algorithms: Not just static tools, these algorithms evolve. They're designed to modify themselves based on feedback, ensuring that the agent's planning prowess enhances over time, adapting to new challenges and insights.

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Last updated 1 year ago