In systems thinking, the effects or outputs of any system are dependent on the interaction of its parts and studying
the parts in isolation will not provide an accurate picture of the system [15].
A systems thinking approach helps to interpret real world problems and situations by looking at the bigger picture and clearly identifying the boundaries and levels of interaction between constituent parts of a system and also between several systems.
Literature shows that all systems can be defined by common characteristics [16]. Such characteristics include: 1) system-environment boundary, 2) input, 3) output, 4) process, 5) state, 6) hierarchy, 7) goal-directedness, and 8) information [17]. Fig 3
for example, shows a summary of the inputs, outputs, controls and enablers (IOCE) context diagram for the wind
turbine gearbox RCM framework. This diagram begins formulating the problem in a way that will help to find a
better understanding of the interacting elements of the RCM framework and other systems.
In systems thinking, the effects or outputs of any system are dependent on the interaction of its parts and studyingthe parts in isolation will not provide an accurate picture of the system [15]. A systems thinking approach helps to interpret real world problems and situations by looking at the bigger picture and clearly identifying the boundaries and levels of interaction between constituent parts of a system and also between several systems.Literature shows that all systems can be defined by common characteristics [16]. Such characteristics include: 1) system-environment boundary, 2) input, 3) output, 4) process, 5) state, 6) hierarchy, 7) goal-directedness, and 8) information [17]. Fig 3for example, shows a summary of the inputs, outputs, controls and enablers (IOCE) context diagram for the windturbine gearbox RCM framework. This diagram begins formulating the problem in a way that will help to find abetter understanding of the interacting elements of the RCM framework and other systems.
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In systems thinking, the effects or outputs of any system are dependent on the interaction of its parts and studying
the parts in isolation will not provide an accurate picture of the system [15].
A systems thinking approach helps to interpret real world problems and situations by looking at the bigger picture and clearly identifying the boundaries and levels of interaction between constituent parts of a system and also between several systems.
Literature shows that all systems can be defined by common characteristics [16]. Such characteristics include: 1) system-environment boundary, 2) input, 3) output, 4) process, 5) state, 6) hierarchy, 7) goal-directedness, and 8) information [17]. Fig 3
for example, shows a summary of the inputs, outputs, controls and enablers (IOCE) context diagram for the wind
turbine gearbox RCM framework. This diagram begins formulating the problem in a way that will help to find a
better understanding of the interacting elements of the RCM framework and other systems.
การแปล กรุณารอสักครู่..