Complex Systems and Elements
How does one extract elements from complex systems? Logically? Mathematically? Can anyone help me understand how this can be done or refer me to any relevant literature?
Also: if one begins with a set of elements that are extracted from a complex system and these elements are then applied under certain parameters (in the technical sense of the word) to form new things that, while different wholes, are comprised solely of portions of elements of the system then can those things be said to be compatible with the original system? Am I getting math and other stuff all jumbled?
Also: if one begins with a set of elements that are extracted from a complex system and these elements are then applied under certain parameters (in the technical sense of the word) to form new things that, while different wholes, are comprised solely of portions of elements of the system then can those things be said to be compatible with the original system? Am I getting math and other stuff all jumbled?
Comments (7)
Imagine having a car and wanting to build a plane out of the car parts. If you take the car apart how will that help you in your project? why?
I went on an extended and incomplete acid trip[hide=*] (fuelled by some study of Deleuze and Guattari's "A Thousand Plateaus") [/hide] rant about some (maybe?) related topics here. There was some other metaphysical discussion related to how parameters individuate themselves out of pre-established systems in this thread.
Not seeing it.
Thanks dude.
That's partially the point, a simple crap analogy is the place to start. A car and a plane are extremely similar from a systems perspective, cut off the wings and there's a car. When taken apart, the parts will reveal themselves to be very complex. Materials, designed shapes, machining, tolerances, the way the parts must fit to create functioning subsystems are the work of 500 years of culturally acquired cumulative knowledge and technology. Even if it is an exact copy of the car, it will never work as well as an original because you are lacking a lot of the undocumented educated intuition of the original engineers..
Natural systems are vastly more complex than this because we are not familiar with 99% with what went into their construction.
Quoting fdrake
If anything I would say that the plane, as a system, is far more complex than any of the individual parts - unlike a function mapping the mathematical trajectory it follows (if that's more what you are talking about). It depends upon so many different factors to fly, including all the parts working in unison. What you seem to be saying is that disentangling the system and its subsystems is what is truly difficult. Or am I wrong? The plane is literally composed of thousands of interacting parts and who knows how many subsystems.