Information Processing Theory in Sport Skill Acquisition

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Comprehensive practice flashcards testing concepts from Information Processing Theory (IPT) in sports, including stages of processing, reaction time, attention, memory systems, feedback types, attentional focus, and practice transfer.

33 Terms

1
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How does Information Processing Theory (IPT) conceptualize the sport performer?

IPT views the performer as an information-processing system characterized by the sequence: Input →\rightarrow Processing →\rightarrow Output.

2
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In Information Processing Theory, what constitutes the input, processing, and output?

Input consists of sensory information from the environment; processing includes attention, perception, memory, and decision-making; output is the motor response.

3
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What is the sequence of events in the basic model of Information Processing Theory?

Environment →\rightarrow Sensory information →\rightarrow Attention & perception →\rightarrow Decision / response selection →\rightarrow Motor response →\rightarrow Feedback →\rightarrow Learning / adjustment.

4
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What are the three stages of Information Processing Theory and their corresponding questions?

  1. Stage 1: Stimulus identification ("What is happening?")
  2. Stage 2: Response selection ("What should I do?")
  3. Stage 3: Response programming ("How am I going to do it?")
5
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What occurs during Stage 1 (Stimulus Identification) of Information Processing Theory?

The performer receives sensory information from the environment and determines what that information means.

6
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Why is perception described as being "more than seeing" in IPT?

Perception involves interpreting incoming information; two athletes may look at the exact same physical situation but perceive it differently.

7
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What occurs during Stage 2 (Response Selection) of Information Processing Theory?

Once the situation has been identified, the performer decides what action or movement to execute ("What should I do?").

8
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What occurs during Stage 3 (Response Programming) of Information Processing Theory?

After a response is selected, the performer organizes and prepares the motor system to execute the chosen movement ("How am I going to do it?").

9
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How do the three stages of Information Processing Theory apply to returning a tennis serve?

Stimulus identification: "Serve is coming wide." Response selection: "Move left and play a forehand." Response programming: "Step →\rightarrow rotate →\rightarrow swing →\rightarrow contact."

10
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Under what severe time constraints must sport performers typically process information and respond?

Performers frequently have as little as 500 ms500\,\text{ms}, 250 ms250\,\text{ms}, or even 100 ms100\,\text{ms} to perceive a situation and initiate an action.

11
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What is reaction time in the context of motor performance?

The duration of time between stimulus presentation and the initial initiation of the movement response.

12
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How is total response time calculated?

Response time=reaction time+movement time\text{Response time} = \text{reaction time} + \text{movement time}

13
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Why is selective attention essential for athletes according to Information Processing Theory?

Because humans have a limited capacity to process information, requiring performers to selectively focus on relevant cues.

14
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What is selective attention?

The process of focusing attention on task-relevant information while actively filtering out irrelevant information.

15
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What is divided attention, and what sport tasks demonstrate it?

The ability to process two sources of information or tasks simultaneously, such as dribbling a ball while scanning for teammates, cycling while monitoring traffic, or running while listening to tactical instructions.

16
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How does automaticity differentiate skilled performers from novices in terms of conscious control?

Novices require conscious attention for basic mechanics (e.g., foot placement, racket grip, what comes next). Skilled performers execute movements with little conscious control, freeing attentional capacity for tactical information, opponents, teammates, anticipation, and decision-making.

17
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How do a novice and an expert soccer player differ in their primary attentional focus?

A novice focuses on ball control, foot placement, and passing technique, whereas an expert focuses on opponent positioning, teammate movement, space, and tactical opportunities.

18
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What are the three categories of memory that support information processing and skill acquisition?

Sensory memory, short-term / working memory, and long-term memory.

19
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What is sensory memory and what are typical sport-related examples of it?

The very brief storage of sensory information, such as seeing the trajectory of a ball, hearing a starter's gun/signal, or feeling physical contact with an opponent.

20
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What is working memory, and what is an example of an athlete utilizing it?

A memory system that temporarily holds and manipulates information, such as an athlete holding three tactical coach instructions in mind: press after losing possession, stay compact, and switch the ball quickly.

21
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What types of stored representations exist within an experienced athlete's long-term memory?

Extensive stores of movement patterns, tactical knowledge, previous situations, opponent tendencies, and sport-specific patterns.

22
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How does an athlete's stored schema from previous experience assist in performance?

It allows the athlete to recognize situations ("I've seen this before"), which helps determine what information matters, what response is appropriate, and how to execute it.

23
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How does pattern recognition differ between experts and novices?

Experts recognize meaningful environmental patterns much faster than novices, enabling them to look at a play and immediately recognize that "something is wrong."

24
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What is the difference between Knowledge of Results (KR) and Knowledge of Performance (KP)?

Knowledge of Results (KR) provides information about the outcome of an action (e.g., "The ball went 2 metres2\,\text{metres} left"), whereas Knowledge of Performance (KP) provides information about the movement mechanics (e.g., "Your trunk rotated too early").

25
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How can a coach guide an athlete to become an active information processor instead of just prescribing kinematic corrections?

By asking reflective questions such as "What did you notice about that shot?" and "What could you change on the next attempt?" rather than listing mechanical errors.

26
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What is the difference between an internal focus and an external focus of attention?

An internal focus directs attention toward bodily movements (e.g., "Keep your elbow straight"), whereas an external focus directs attention toward the movement effect on the environment (e.g., "Send the ball toward the target").

27
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Which hypothesis explains why an external focus of attention promotes more automatic motor control?

The constrained-action hypothesis.

28
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What negative consequences can occur from providing excessive coach feedback?

Athlete dependence on the coach, reduced independent problem-solving, excessive conscious control over movements, and information overload.

29
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Why is a passing drill based on teammate movement, defender position, and space superior to passing to a stationary cone?

Passing based on dynamic environmental cues requires real-time perception and decision-making, which better reflects the information processing demands of competition.

30
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What factors influence the transfer of sport skills from practice to competition?

Similarity of practice and competition, perceptual information, decision demands, movement demands, psychological pressure, and environmental variability.

31
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What key motor learning phenomena does Information Processing Theory successfully explain?

Attention, reaction time, decision-making, memory, feedback, expertise, anticipation, and automaticity.

32
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What is a major limitation of traditional Information Processing Theory?

It depicts motor performance as a rigid, linear sequence (Stimulus →\rightarrow cognitive processing →\rightarrow response), whereas real sport contexts are often far messier and dynamic.

33
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Which landmark review paper on attentional focus and motor learning was published by G. Wulf in 2013?

"Attentional focus and motor learning: A review of 15 years."