“Tight coupling however tends to come with higher efficiency—optimizing away the slack buffers and utilizing resources more fully—and therefore an economical advantage. Coupling can also be created to avoid some frequent low-impact events.
Specifically, the act of "going solid" is what happens when a generally loosely-coupled system reaches a saturation point and suddenly becomes tightly-coupled.”
https://cohost.org/mononcqc/post/888958-paper-going-solid
Matt Weagle /
npub1cl…lzrty
2023-03-26 16:14:51
Author Public Key
npub1clznf4s23vnrjyhsk2c0vfrhepckcpxnrdv2jerptn8y4asd3p8qflzrtyPublished at
2023-03-26 16:14:51Event JSON
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"content": "“Tight coupling however tends to come with higher efficiency—optimizing away the slack buffers and utilizing resources more fully—and therefore an economical advantage. Coupling can also be created to avoid some frequent low-impact events.\n\nSpecifically, the act of \"going solid\" is what happens when a generally loosely-coupled system reaches a saturation point and suddenly becomes tightly-coupled.”\nhttps://cohost.org/mononcqc/post/888958-paper-going-solid",
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