: Using agile, iterative cycles to refine technical requirements based on real-world human feedback. Common Use Cases

: Moving from rigid hierarchical structures to decentralized "heterarchical" models where machines and humans make autonomous decisions together.

In the context of technology and engineering, refers to the application of Soft Systems Methodology (SSM) to the design or evaluation of Cyber-Physical Systems (CPS) . Core Definitions

: Engineered systems that integrate physical processes (machines, sensors) with computational algorithms and network connectivity. They create a continuous feedback loop where digital commands control physical actions in real-time.

INSTANT ACCESS!

Ssm-cps

: Using agile, iterative cycles to refine technical requirements based on real-world human feedback. Common Use Cases

: Moving from rigid hierarchical structures to decentralized "heterarchical" models where machines and humans make autonomous decisions together.

In the context of technology and engineering, refers to the application of Soft Systems Methodology (SSM) to the design or evaluation of Cyber-Physical Systems (CPS) . Core Definitions

: Engineered systems that integrate physical processes (machines, sensors) with computational algorithms and network connectivity. They create a continuous feedback loop where digital commands control physical actions in real-time.

Gigi Dior

start your membership
ssm-cps