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The large-scale structure of software-intensive systems.

¹IBM , 6533 West Prentice Avenue, Littleton, CO 80123 , USA.

Interface Focus

|February 7, 2013

Summary

This summary is machine-generated.

Neuroscience often uses a naive computer metaphor. This study examines software systems

Keywords:

computer metaphor software architecture software-intensive system

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Area of Science:

Neuroscience
Computer Science
Philosophy of Mind

Background:

The computer metaphor is prevalent in neuroscience, yet its underlying semantics are often simplistic.
Existing discussions lack a rigorous examination of the ontological underpinnings of this metaphor.
Metaphysical questions regarding self and causation remain inadequately addressed within this framework.

Purpose of the Study:

To critically analyze the ontology of software-intensive systems.
To investigate the structural nature of these systems.
To explore the application of the computer metaphor to fundamental metaphysical concepts like self and causation.

Main Methods:

Ontological analysis of software-intensive systems.
Examination of system structure and properties.
Conceptual application of the computer metaphor to philosophical problems.

Main Results:

Identified naive semantic assumptions in the current computer metaphor used in neuroscience.
Detailed the ontological structure of software-intensive systems.
Demonstrated a novel framework for applying the computer metaphor to questions of self and causation.

Conclusions:

The computer metaphor in neuroscience requires a more sophisticated ontological and semantic foundation.
Understanding software-intensive systems offers a richer basis for exploring consciousness and causality.
This work provides a new perspective on the mind-as-computer analogy.