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Course Outline

Exploring Antigravity’s Agent Architecture

  • Internal representations and state models
  • Layered behavior coordination
  • Action generation pathways

Memory Systems for Long-Lived Agents

  • Differentiating between short-term and long-term memory behaviors
  • Patterns for persistent knowledge storage
  • Strategies to prevent memory corruption and drift

Feedback Loops and Behavior Shaping

  • Human-in-the-loop feedback strategies
  • Reinforcement mechanisms and reward adjustment
  • Techniques for self-evaluation and self-correction

Learning Over Time

  • Monitoring agent learning progress
  • Identifying and addressing skill decay
  • Adaptive updating driven by operational context

Knowledge Base Construction and Retention

  • Developing structured long-term knowledge graphs
  • Semantic retrieval and memory indexing
  • Sustaining knowledge relevance and freshness

Agent Interactions and Multi-Agent Ecosystems

  • Cooperative and competitive dynamics
  • Collective memory and shared state management
  • Scaling emergent patterns across systems

Developer Feedback Integration

  • Reviewing and annotating agent artifacts
  • Establishing automated evaluation pipelines
  • Weaving human judgment into learning loops

Advanced Optimization and Future Directions

  • Performance tuning for long-duration tasks
  • Predictive modeling of agent evolution
  • Architectural trends and research frontiers

Summary and Next Steps

Requirements

  • A solid grasp of autonomous agent architectures
  • Hands-on experience with large-scale AI systems
  • Proficiency in reinforcement learning concepts

Audience

  • Senior AI engineers
  • Agent-platform architects
  • R&D teams
 14 Hours

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