Identify quotes

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Alexander_G_Fraser

Top Down Bottom Up

“In the designs I have been involved in, and which have not involved too many people, I have not been able to identify whether these have been ‘top-down’ or ‘bottom-up’. They seem to me to be more like frame stressing,”
Keywords: Top_quotes Down_quotes Bottom_quotes Up_quotes Design_quotes Programming_quotes People_quotes Frame_quotes Stress_quotes Identify_quotes

Bernardo_Kastrup

Global Alignment

“It is impossible for physicists to identify global alignments... For although physicists can test individual events in the laboratory and verify that, when taken in isolation, the events are random, they wouldn’t be able to discern a global pattern within the complexity of the physical world at large; there are just too many ‘dice’ to keep track of under controlled laboratory conditions.”
  • Source: From “Decoding Jung's Metaphysics: The Archetypal Semantics of an Experiential Universe”. Written by Bernardo Kastrup. Published by IFF Books, Washington DC. Kindle Edition. Page 52. Chapter 4.
Keywords: Impossible_quotes Physicist_quotes Identify_quotes Global_quotes Alignment_quotes Test_quotes Individual_quotes Event_quotes Laboratory_quotes Verify_quotes Take_quotes Isolation_quotes Event_quotes Random_quotes Discern_quotes Pattern_quotes Complexity_quotes Physical_quotes World_quotes Large_quotes Many_quotes Dice_quotes Track_quotes Control_quotes Condition_quotes

Alan_Perlis

Useful Software Systems

“We recognize that a practical problem of considerable difficulty and importance has arisen: The successful design, production and maintenance of useful software systems. The importance is obvious and the more so since we see only greater growth in demands and requirements in the future. The consequences of poor performance, poor design, instability and mismatching of promise and performance are not going to be limited to the computing fraternity, or even their nearest neighbors, but will affect considerable sections of our society whose ability to forgive is inversely proportional to their ignorance of the difficulties we face. The source of difficulty is distributed through the whole problem, easy to identify, and yet its cure is hard to pinpoint so that systematic improvement can be gotten.”
Keywords: Usefulness_quotes Practical_quotes Problem_quotes Difficulty_quotes Importance_quotes Arise_quotes Success_quotes Design_quotes Production_quotes Maintain_quotes Software_quotes System_quotes Obvious_quotes Great_quotes Growth_quotes Demand_quotes Requirements_quotes Consequence_quotes Poor_quotes Performance_quotes Instability_quotes Mismatch_quotes Promise_quotes Go_quotes Limitation_quotes Computing_quotes Fraternity_quotes Near_quotes Neighbor_quotes Affect_quotes Considerable_quotes Section_quotes Society_quotes Ability_quotes Forgiveness_quotes Inverse_quotes Proportion_quotes Ignorance_quotes Face_quotes Source_quotes Distributed_quotes Easy_quotes Identify_quotes Cure_quotes Hard_quotes Pinpoint_quotes Improve_quotes

Stephen_Wolfram

Computational Irreducibility

“I’ve increasingly come to view the whole fundamental story of science as being about the interplay between computational irreducibility and computational reducibility. The computational nature of things inevitably leads to computational irreducibility. But there are slices of computational reducibility that inevitably exist on top of this irreducibility that are what make it possible for us — as computationally bounded entities — to identify meaningful scientific laws and to do science.”
Keywords: View_quotes Whole_quotes Fundamental_quotes Story_quotes Science_quotes Interplay_quotes Between_quotes Computation_quotes Irredicible_quotes Reducible_quotes Nature_quotes Inevitable_quotes Lead_quotes Slice_quotes Exist_quotes Top_quotes Make_quotes Possible_quotes Bound_quotes Entity_quotes Identify_quotes Meaning_quotes Law_quotes Do_quotes

Simple Purpose

“Whenever there’s computational irreducibility we can think of it as exerting a powerful force towards unpredictability and randomness... So for a system to achieve an overall “computationally simple purpose” this computational irreducibility must in some sense be tamed, or at least contained. And in fact it’s an inevitable feature of computational irreducibility that within it there must be “pockets of computational reducibility” where simpler behavior occurs. And at some level the way computationally simple purposes must be achieved is by tapping into those pockets of reducibility. When there’s computational irreducibility it means that there’s no simple narrative one can expect to give of how a system behaves, and no overall “mechanism” one can expect to identify for it. But one can think of pockets of computational reducibility as corresponding to at least small-scale “identifiable mechanisms”... When there’s a “simple overall purpose” being achieved these mechanisms tend to become more manifest.”
Keywords: Computation_quotes Irreducibility_quotes Think_quotes Exertion_quotes Powerful_quotes Force_quotes Toward_quotes Unpredictability_quotes Predictability_quotes Randomness_quotes System_quotes Achieve_quotes Simple_quotes Purpose_quotes Tame_quotes Contain_quotes Inevitable_quotes Feature_quotes Pocket_quotes Reducible_quotes Behavior_quotes Occur_quotes Level_quotes Way_quotes Tap_quotes Narrative_quotes Expect_quotes Overall_quotes Mechanism_quotes Identify_quotes Correspond_quotes Least_quotes Small_quotes Scale_quotes Tend_quotes Become_quotes Manifest_quotes
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