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Science, Strategy and War The Strategic Theory of ... - Boekje Pienter

Science, Strategy and War The Strategic Theory of ... - Boekje Pienter

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cannot be ignored in Boyd’s <strong>of</strong>ten repeated statement concerning the strategic goal <strong>of</strong> anorganism:to diminish adversary’s freedom-<strong>of</strong>-action while improving our freedom-<strong>of</strong> -action so thatour adversary cannot cope while we can cope with events/efforts as they unfold 137 .Wiener, von Neumann <strong>and</strong> others such as Alan Turing <strong>and</strong> Marvin Minksy, appliedcybernetics as a model for the brain. <strong>The</strong>y developed the “computational theory <strong>of</strong> mind”,one <strong>of</strong> the great ideas in intellectual history, according to Pinker. This fueled the cognitiveview in psychology. <strong>The</strong> central idea is that much human behavior can be understood interms <strong>of</strong> the mental processing <strong>of</strong> information through mental modules, <strong>and</strong> patterns <strong>of</strong>connections <strong>and</strong> patterns <strong>of</strong> activity among the neurons <strong>of</strong> the brain 138 . <strong>The</strong> idea was that themind is like a program, <strong>and</strong> the brain is the hardware on which the program runs. <strong>The</strong> mindresembled a computer to the extent that cognition, the process <strong>of</strong> knowing, can be definedas information processing, a feature included in Boyd’s OODA loop 139 . It led t<strong>of</strong>unctionalism, i.e. a focus on the functional organization <strong>of</strong> matter <strong>and</strong> on the input-outputoperations <strong>of</strong> the mind. <strong>The</strong> computer model <strong>of</strong> mental activity became the prevalent view<strong>of</strong> cognitive sciences <strong>and</strong> dominated all brain research for the next thirty years. <strong>The</strong>cybernetic loop was also employed to explain learning, a subject Boyd was keenly interestedin. Learning is defined as a process in which one changes due to experience 140 . This processis generally represented as a simplified single reinforcing cybernetic loop as shown below 141 .Figure 5: model <strong>of</strong> a reinforcing loopactionsdecisionsFeedback experience &results <strong>of</strong> your actions<strong>The</strong> fact that a system is goal-oriented is incorporated in the balancing loop shown below 142 .actionsdecisionsFeedback experience& results <strong>of</strong> your actionsFigure 6: model <strong>of</strong>double loop learning processDifference betweenwhere you are <strong>and</strong>where you want to beYour goal orpurpose for learning137 Boyd, Patterns <strong>of</strong> Conflict, p.128.138 Dennis Coon, Essential <strong>of</strong> Psychology (seventh edition, Brookes/Cole, Pacific Grove, Ca, 1997), p.17.139 Machamer, p.10.; <strong>and</strong> Rick Grush, 'Cognitive <strong>Science</strong>', in Machamer <strong>and</strong> Silberstein (2002), Chapter13.140 O’Connor & McDermott, p.118, <strong>and</strong> Coon, p.279. See also Gareth Morgan, Images <strong>of</strong> Organizations(Beverly Hills, Ca, 1986), chapter 4, in particular pp.84-97, which deal with single <strong>and</strong> double looplearning.141 O’Connor, p.119.142 Ibid, p.120.107

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