Principle
1. Segmentation
a. Divide an object into independent parts
b. Make an object sectional
c. Increase a degree of an object’s segmentation
b. Make an object sectional
c. Increase a degree of an object’s segmentation
- Principle Description: Segmentation is a process of artificially or actually dividing a system into parts in order to isolate or integrate a beneficial or harmful system property. In most cases, segments are reassembled (integrated) to perform some new functionality and/or to eliminate a problem.
- Hints on Usage: Assess the system to be segmented in order to change the part of the system that contains a challenge. For example, if the system contains an excess weight challenge then assess ways to segment the system in order to provide several sufficiently light weight subsystems; if the system is too big for physical handling then look for ways to segment the system so each piece is easy to handle.
- Keep in mind that segmentation is applicable beyond geometric uses. It can be used in such non-physical areas as in psychological segmentation and integration of ideas.
- The segmentation principle may be used to create new or useful system properties. It can also be applied across scales: from nano-scale to the scale of galaxies.
Comment: Notice in the above examples that the system is not
necessarily physical and the segmentation can be conceptual.
