Thank you TE (Valentina Cupac) & Vlad Khononov for this GREAT session. KEY TAKEAWAY: DIMENSIONS OF COUPLING DESCRIBE THE NATURE OF A RELATIONSHIP BETWEEN TWO CONNECTED COMPONENTS. COMBINING THESE DIMENSIONS WE ARE GETTING FORMULA WHICH REFLECTS THE COST OF CHANGES. Keep on.
Thank you for this excellent talk! It is probably the best one I've heard regarding this topic. Is there any tool available that will collect all three metrics (S, V, D), that will automate the calculation for me? I guess no, because I think it will be hard to find the connections for some of the coupling types.
Thank you TE (Valentina Cupac) & Vlad Khononov for this GREAT session.
KEY TAKEAWAY: DIMENSIONS OF COUPLING DESCRIBE THE NATURE OF A RELATIONSHIP BETWEEN TWO CONNECTED COMPONENTS. COMBINING THESE DIMENSIONS WE ARE GETTING FORMULA WHICH REFLECTS THE COST OF CHANGES.
Keep on.
You're welcome, great key takeaway!
Fantastic session by Vlad.. 👏👏👏
Thank you!
Great video, thank you so much!
Glad that it was helpful!
Thank you for this excellent talk! It is probably the best one I've heard regarding this topic. Is there any tool available that will collect all three metrics (S, V, D), that will automate the calculation for me? I guess no, because I think it will be hard to find the connections for some of the coupling types.
Balancing coupling with what?
Balancing the dimensions of coupling (strength, distance and volatility) in software