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Systems and Methods for Generating, Persisting, and Propagating User-Specific AI Behavior Profiles

Systems and Methods for Generating, Persisting, and Propagating User-Specific AI Behavior Profiles

Field The present disclosure relates generally to digital assistants and human–computer interaction, and more specifically to systems and methods for capturing, persisting, and enforcing user preferences and policies governing assistant behavior, including in voice-driven interfaces. State of the Art Over the past decade, digital assistants have become widely deployed

By Alan Jacobson
Systems and Methods for Generating, Persisting, and Propagating User-Specific AI Behavior Profiles

Systems and Methods for Generating, Persisting, and Propagating User-Specific AI Behavior Profiles

Field The present disclosure relates generally to digital assistants and human–computer interaction, and more specifically to systems and methods for capturing, persisting, and enforcing user preferences and policies governing assistant behavior, including in voice-driven interfaces. State of the Art Over the past decade, digital assistants have become widely deployed

By Alan Jacobson
Systems and Methods for Automatic, Loss-Less Data Management of Context Windows and Persistent Memory in AI System

Systems and Methods for Automatic, Loss-Less Data Management of Context Windows and Persistent Memory in AI System

Modern artificial intelligence systems, particularly large language models (LLMs), remain fundamentally constrained by how they manage, retain, and retrieve information across time. Although these systems are capable of producing fluent, context-aware output within a single conversation, their ability to sustain continuity, accuracy, and coherence across extended interactions is limited by

By Alan Jacobson