Lecture 18: Attention Flashcards
Attention
- ‘A person’s ability to exert deliberate mental effort on what is most important in any given situation’
- Attention is generally perceived as cruicial for sports performance
- ‘Taking possession of the mind’
- ‘It is difficult to conceive of any aspect that is more central to enhancement of skill learning & expert performance than attention’
Concentration (as similar concept)
a) focusing on relevant cues
b) maintaining that focus
c) situational awareness
d) shifting attention when necessary
Goal-directed vs. stimulus-driven attention
- Goal-directed = willfulling focusing on something
- Stimulus-driven = attend to cues that protect us for survival -> things that grab our attention
Attentional focus
- Optimal depends on task, person + expertise
- Internal vs. external
- Associative vs. dissociative
Optimal focus depends on skill level
- Verbal-cognitive stage = high cognitive load (much attention required)
= little attention available to monitor external cues - Associative-motor stage = lower demand on conscious control as separate components of skill execution are combined
- Autonomous stage = low cognitive load (little attention required)
= much attention available to monitor external cues etc.
How to discover key visual info in task?
- Subjective experience
- Visual occlusion = temporal & spatial
- Eye tracking
Experts show better attentional control
- Quiet eye = final fixation directed to a single location/object during critical phase of motor task
= increase with expertise and proficiency
Distraction
- External distractors = visual & auditory
- Internal distracters = mind wandering, performance pressure, fatigue
Losing focus
- Relevant functions of the central executive:
= inhibition (resisting distraction by task-irrelevant stimuli
= shifting (voluntary control over attention)
= updating (retrieving + storing of info) - Attentional capacity is limited
- Difference in attentional demand = novices affected more than experts
= novices need WM more to perform skills
= distracters may prevent experts focusing on movement (which is bad ) so therefore could be beneficial for them
Memory
Central executive -> articulatory loop & visuospatial sketchpad -> episodic buffer -> long-term memory
Fatigue -> associative focus
- Increase fatigue = increase associative (shift from associative to dissociative, increase in oxygen consumption)
- Fatigue reduces attentional control = shorter fixations on target
Regaining focus: self talk
- Types = position (motivational), negative, instructional (attention)
- Meta analysis = positive effect of self talk, especially instructional for fine motor tasks
Attention training
- Constraining vision
- Cueing vision
Training attention control
- Concentration grid = non-representative
- Attention control training should be integrated inpractice = inhibition, shifting, in usual env.
- Representative practice: include distracters? e.g. training with anxiety
= increase performance and quiet eye period (Vine & Wilson, 2010)