Notes:
Cognitive architecture is a field of study that focuses on the mental processes and structures that underlie human cognition. It is concerned with understanding how the human mind works, and with developing computational models that replicate or simulate these processes. Cognitive architecture research often involves the use of artificial intelligence, neuroscience, psychology, and other disciplines to develop computational models of human cognition that can be tested and evaluated.
The ultimate goal of cognitive architecture research is to develop a comprehensive and unified understanding of human cognition, and to use this knowledge to design more intelligent and effective systems, such as intelligent tutoring systems, natural language processing systems, and decision-making systems. Cognitive architecture research has many practical applications, including the development of more intelligent and effective artificial intelligence systems, the design of more intuitive and user-friendly human-computer interfaces, and the creation of more effective learning environments and educational technologies.
1. Crown Chakra – Cognition (Artificial General Intelligence)
2. Third Eye Chakra – Intuition (Recommender Systems)
3. Throat Chakra – Speech (Voice Bridge)
4. Heart Chakra – Emotion (Affective Computing)
5. Solar Plexus Chakra – Ethics (Moral Agents)
6. Sacral Chakra – Sex robots (ASFR)
7. Root Chakra – Instinct (Knowledgebase)
Wikipedia:
References:
See also:
100 Best Cognitive Architecture Videos | Cognitive Architecture & Dialog Systems | Dialog System Architectures | Meta Guide Bots By Subject
- agentTool
- BICA (Biologically Inspired Cognitive Architectures)
- Cognitive Architecture Timeline
- Cognitive Engines
- Cougaar (Cognitive Agent Architecture)
- EMAA (Extensible Mobile Agent Architecture)
- Hybrid Cognitive Architecture
- LIDA (Learning Intelligent Distribution Agent)
- MicroPsi Agent Architecture
- Objectiver
- OpenCog Cognitive Architecture
- RCS (Real-time Control System) Cognitive Architecture
- State Machine & Cognitive Architecture
- TDF (Tactics Development Framework)
- Understanding OpenCog