bdi-mental-states

Name: bdi-mental-states
Availability: InStock
Author: nshaikhs

Translate RDF context into formal BDI mental states for agents.

Updated Apr 25, 2026

Search Tags:#ontology #multi-agent #reasoning #explainability #rdf #bdi #mental-states

Ready to run

npx skills add https://github.com/nshaikhs/claude-code-for-operators --skill bdi-mental-states-nshaikhs

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: bdi-mental-states
Source: https://github.com/nshaikhs/claude-code-for-operators/tree/main/skills/context-engineering/skills/bdi-mental-states
Command: npx skills add https://github.com/nshaikhs/claude-code-for-operators --skill bdi-mental-states-nshaikhs

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This skill provides a formal BDI-based cognitive model that converts external RDF context into persistent mental states (beliefs, desires, and intentions) to enable deliberation, explainability, and interoperable reasoning across multi-agent systems.

Core Features & Use Cases

Ground agent cognition by separating mental entities (Belief, Desire, Intention) from mental processes (BeliefProcess, DesireProcess, IntentionProcess) and linking them to world states.
Support explainability through justifications, temporal validity, and traceableReasoning by connecting mental states to world states and plans.
Facilitate integration with orchestration frameworks (SEMAS, JADE, LAG) to translate cognitive patterns into executable agent behavior and planning.

Quick Start

Provide RDF context and a BDI ontology in Turtle to generate Belief/Desire/Intention triples for an agent.

Frequently Asked Questions about bdi-mental-states

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I model BDI mental states from RDF context for multi-agent reasoning?▼

To model BDI mental states from RDF context, this skill translates external RDF graphs into formal Belief, Desire, and Intention entities. It separates mental entities from processes and links them to world states to enable explainable reasoning across multi-agent systems.

What is needed to generate explainable BDI beliefs and intentions from an ontology?▼

Generating explainable BDI beliefs and intentions requires an RDF graph, a BDI ontology, and provenance and temporal validity annotations. Providing this context in Turtle format produces structured mental state triples with traceable reasoning and justifications.

Can I use BDI mental states with multi-agent orchestration frameworks like SEMAS or LAG?▼

Yes, BDI mental states integrate with orchestration frameworks like SEMAS, LAG, and JADE. This integration translates cognitive patterns into executable agent behavior and planning, enabling interoperable reasoning across multi-agent systems.

How does BDI ontology separate mental entities from mental processes for cognitive simulations?▼

BDI ontology separates mental entities (Belief, Desire, Intention) from mental processes (BeliefProcess, DesireProcess, IntentionProcess). This separation grounds agent cognition by linking persistent mental states to world states and plans for cognitive simulations.

What are the limitations of translating RDF graphs into BDI mental states?▼

The limitation of translating RDF graphs into BDI mental states is the strict input requirement. The process requires complete RDF context, a BDI ontology, and provenance and temporal validity annotations to work correctly, preventing operation with incomplete data.

Why does agent reasoning lack explainability without formal BDI mental states?▼

Agent reasoning lacks explainability without formal BDI mental states because beliefs, desires, and intentions are not separated into traceable processes. Applying a BDI ontology provides justifications and temporal validity to produce explainable reasoning models.