Pages

Wednesday, 25 September 2024

LEARNING PROCESS

Learning Process: Attention

Learning Process: Attention

Definition of Attention

Dumville (1938): "Attention is the concentration of consciousness upon one subject rather than upon another."

J. S. Ross (1951): "Attention is the process of getting an object of thought clearly before the mind."

R.N. Sharma (1967): "Attention can be defined as a process which compels the individual to select some particular stimulus according to his interest and attitude out of the multiplicity of stimuli present in the environment."

Characteristics of Attention

  • Helps in responsiveness to our environment.
  • Selective and shifting mental process.
  • Attracted by one new object at a time.
  • Increases efficiency in acquiring new skills or knowledge.
  • Involves adjustment of sense organs to understand a stimulus.
  • Engages both mental (cognitive) and physical (sensory) activities.

Types of Attention

Voluntary or Volitional Attention

Conscious effort along with will force to achieve a goal.

  • Implicit Attention: Single act using willpower (e.g., solving a math problem).
  • Explicit Attention: Continuous effort with strong motives (e.g., completing research).

Involuntary or Non-Volitional Attention

Attention without will force or conscious mind.

  • Spontaneous Attention: Based on sentiments (e.g., a mother's response to her baby's cry).
  • Enforced Attention: Instinctively aroused (e.g., reacting to a loud noise).
Types and Factors of Attention

Types and Factors of Attention

Types of Attention:

  • Voluntary Attention
    • Definition: Conscious focus driven by goals.
    • Example: Studying for an exam, where you deliberately focus on your textbooks and notes.
  • Involuntary Attention
    • Definition: Automatic focus triggered by external stimuli.
    • Example: Hearing a loud noise while reading a book, which captures your attention instantly.
  • Sustained Attention
    • Definition: The ability to maintain focus on a specific task for a prolonged period.
    • Example: Playing a video game for an extended time without getting distracted.
  • Selective Attention
    • Definition: Focusing on one particular stimulus while ignoring others.
    • Example: Listening to a friend at a noisy party.
  • Alternating Attention
    • Definition: The ability to switch focus between tasks that require different cognitive demands.
    • Example: Reading a recipe and then preparing a meal.
  • Divided Attention
    • Definition: The ability to process multiple stimuli or tasks simultaneously.
    • Example: Talking on the phone while surfing the web.

Factors of Attention:

  • External Factors
    • Intensity: Strong stimuli (e.g., loud alarm).
    • Size: Larger objects (e.g., billboard).
    • Contrast: Standout stimuli (e.g., red apple on green tree).
    • Movement: Moving objects (e.g., moving car).
    • Change and Variety: Environmental changes (e.g., pitch change in voice).
    • Repetition: Repeated stimuli (e.g., repeated advertisement).
  • Internal Factors
    • Interest: Personal interest (e.g., interest in science).
    • Motivation: Goal-driven focus (e.g., learning a new skill).
    • Emotional State: Emotional influence (e.g., anxiety).
    • Mindset and Expectations: Expectation-driven focus (e.g., expecting a friend).
    • Arousal Level: Optimal alertness (e.g., being well-rested).
Tachistoscope

Tachistoscope

A tachistoscope is a device used to display visual stimuli for very brief periods, typically milliseconds. It helps study attention, perception, and memory by presenting images or words quickly and precisely.

Key Points:

  • Brief Exposure: Shows stimuli for a short time, often too quick for conscious recognition.
  • Controlled Presentation: Allows precise control over the duration of stimulus display.
  • Applications: Used in psychological research, reading training, military training, and market research.

Example:

Flashing a word for 50 milliseconds: The viewer might not consciously recognize it, but their brain processes it, helping researchers study cognitive processing speeds.

No comments:

Post a Comment