Talk:Twelve leverage points
From Wikipedia, the free encyclopedia
 |
This article is within the scope of WikiProject Systems, which collaborates on articles about the idea of systems. If you would like to help, you can edit this article or visit the project page, where you can join the project and/or contribute to the discussion. | |
| Start | This article has been rated as Start-Class on the assessment scale. | |
| Mid | This article is on a subject of mid importance within Systems. | |
 |
This article has been marked as needing urgent attention. | |
|
This article has been rated but has no comments. If appropriate, please review the article and leave comments here to identify the strengths and weaknesses of the article and what work it will need. |
||
[edit] Following posted by 68.74.221.5
I love this page! In technology, the above system[s] is known as integration or integrated automation. An integration is a number of different subsystems interrelated and interdependent in such a manner as to make a previous nonexistent primary function possible such as threshold enabling and automation . Computing is really a computing matrix; a hardware/software integration enabling the Graphical User Interface. All electronics is integrated.
Donella Meadows is viewing through the lens of a design engineer and transcribing it as an easy to understand principled process. She has opened 'cause and effect' in a much larger Window. She is taking us to the next level of Logic: "Context Driven Dynamic Automation." In electronics, limit switches are used to start and stop processes. In Pneumatics and DDR [direct digital control] proportional monitoring and control is used for threshold enabling and threshold limiting continously.
We could learn a lot about a lot if we could grasp Donella Meadows' concepts and frame our studies by them. Bio-automation would enter a whole realm of understanding. People relationship matrix schemes such as sowing/ reaping would be seen as The Law of Equal Distribution applied to a Context Driven, Output Oriented Matrix. I love logic! Thank you Donella for sharing and thank you Wikipedia for making it possible for someone like me to have access to it. Have a great day!
- The main author of that page thanks you as well. Glad it pleased you :-) Anthère
