Pandaemonium Architecture 6.0

In this course

Allen Newell was a pioneering computer scientist whose work on computational models of cognition helped establish the computational turn in cognitive science during the 1970s. The course readings invoke him in the context of "levelism"—the methodological assumption that complex systems can be studied through hierarchical levels of organization—which became standard practice in both science and philosophy once computational approaches took hold. His framing of cognition as a hierarchical, level-based system remains foundational to how AI and machine learning conceptualize intelligence and system architecture.

Mentioned in 2 readings

Luciano Floridi

The Method of Levels of Abstraction

4

Reality can be studied at different levels, so forms of “levelism” have often been advocated in the past.[^1] In the 1970s, levelism nicely dovetailed with the computational turn and became a standard approach both in science and in philoso…(1) Levels of organization (LoOs) support an ontological approach, according to which the system under analysis is supposed to have a (usually hierarchical) structure in itself, or de re, which is allegedly uncovered by its description and …Hughes, P., & Brecht, G. (1976). Vicious circles and infinity: A panoply of paradoxes. London: Cape. Originally published: Garden City, N.Y.: Doubleday, 1975. Kant, I. (1998). Critique of pure reason repr. w. corr. (trans: Guyer, P., & Woo…

+1 more

Robert Mercer et al.

A Maximum Likelihood Approach to Continuous Speech Recognition

1

[21] A. Newell, J. Barnett, J. W. Forgie, C. Green, D. Klatt, J. C. R. Licklider, J. Munson, D. R. Reddy, and W. A. Woods, Speech Understanding Systems: Final Report of a Study Group. Amsterdam, The Netherlands: North-Holland, 1973. Caption…

Appears alongside

People mentioned in the same passages — sorted by co-occurrence weight.