Survey of Cognitive Architectures and Language Agents Reveals Mechanism-Level Gaps
So, there's this arXiv preprint, numbered 2607.23942, that dives into ten historical cognitive architectures alongside eight types of language-agent runtimes and forty-two current systems that focus on mechanisms. The authors break down each mechanism by looking at aspects like state, control, transition, persistence, failure, learning, and resource management, while also distinguishing between evidence relations (E1-E4) and migration depth (D0-D4). They found that today’s agents are successfully using things like adaptive memory and failure recovery, mainly through independent convergence instead of inherited traits. The review points out that there's room for better integration of these mechanisms and aims to clear up confusion around terms like memory and planning.
Key facts
- arXiv preprint 2607.23942
- Reviews 10 historical cognitive architectures
- Reviews 8 language-agent runtime families
- Reviews 42 mechanism-focused modern systems
- Reconstructs mechanisms via state, control, transition, persistence, failure, learning, resource governance
- Codes evidence relation (E1-E4) and migration depth (D0-D4)
- Modern agents operationalize adaptive memory, failure recovery, dynamic team selection, workflow search, skill induction, resource scheduling, uncertainty-conditioned action
- Convergence often independent rather than inherited
Entities
Institutions
- arXiv