Thanks for uploading this. I cant think of a business that operates in a closed system. Even the satellite company example has PEST and SWOT occurring. Many good points and thought provoking examples. Can I call you?
You forget to talk about a complex system where subset systems are either open system "or" closed system. Mark the logical "or" which is xor , nor in operation. Meaning that unlike with closed system and open systems whose symmetry can break down, the symmetry of a complex system cannot break down, but its only the decidable degrees of freedom which it has that differs there and here smoothly, uniquely and continuously. That's why in complex systems there is no duplication of systems, but there is consistency and completeness, invariance and ubiquity, robustness and fragility of s system. One thing to avoid confusing here is that the though that fragility implies that the symmetry of system is breakable, but this is not how things work conceptually. Fragility simply means that the decidable degrees of freedom enjoyed by subsystems are automatic not mechanical.....its good to consider that practical deference
Thanks for uploading this. I cant think of a business that operates in a closed system. Even the satellite company example has PEST and SWOT occurring. Many good points and thought provoking examples. Can I call you?
Thank you sooo much for uploading this! It's a great help for my report. :)
Thank you. It is very helpful
Thank You. it helped a lot in understanding the concepts. May these concepts help in Exams XD.
Bless you
best lesson on systems theory thanx
Is this General Systems Theory?
there are no hamburgers at McDonalds in India?
You forget to talk about a complex system where subset systems are either open system "or" closed system. Mark the logical "or" which is xor , nor in operation. Meaning that unlike with closed system and open systems whose symmetry can break down, the symmetry of a complex system cannot break down, but its only the decidable degrees of freedom which it has that differs there and here smoothly, uniquely and continuously. That's why in complex systems there is no duplication of systems, but there is consistency and completeness, invariance and ubiquity, robustness and fragility of s system. One thing to avoid confusing here is that the though that fragility implies that the symmetry of system is breakable, but this is not how things work conceptually. Fragility simply means that the decidable degrees of freedom enjoyed by subsystems are automatic not mechanical.....its good to consider that practical deference
However, can you also please include the transcriptions here? Please and thank yooouuu
Hi! Is this General Systems Theory???