[A generalized model of a biotechnical system]

Area of Science:

• Systems theory
• Abstract modeling
• Structural analysis

Context:

• Understanding complex systems requires abstract models.
• Existing models may be limited by element-specific properties.
• A generalized approach is needed for diverse system analysis.

Purpose:

• To propose a generalized model for system structural properties.
• To develop a framework invariant to element type and function.
• To represent system interactions using elementary processors.

Summary:

• A generalized model is proposed, defining system structure independently of element types or functions.
• The model employs four elementary monoprocessors: distributor, generator, transmitter, and accumulator.
• These processors form diprocessors, communication systems, and polyprocessors, interconnected by transport channels.

Impact:

• Enables analysis of diverse systems with a unified framework.
• Provides a foundational model for understanding system architecture.
• Facilitates the study of interactions in complex distributed systems.