the information processing approach chapter 8 by eva tantri mahastri 69080083
DESCRIPTION
The Nature of Information Approach Information Memory Thinking Cognitive Resources: Capacity and Speed Mental processes Output Strategy Construction Automaticity Application InputTRANSCRIPT
The Information Processing Approach
Chapter 8
By Eva Tantri Mahastri
69080083
OutlineThe Nature of the Information
Processing ApproachAttentionMemoryExpertiseMetacognition
The Nature of Information Approach
Information Memory Thinking
Cognitive Resources: Capacity and Speed
Mental processes
Output
Strategy ConstructionAutomaticity
Application
Input
Attention: the focusing of mental processes
Information Thinking
OutputInput
Application
Memory
Attention: the focusing of mental processesSelective :
focus on relevant experiencesignore irrelevant experiences
Divided :Concentration on more than one activity at a time (multitasking)
DistractionSustained/Vigilance :
Maintaining attention over an extended periodExecutive :
Involve action, planning, allocating attention to goals, error detection and compensation, monitoring progress on tasks and dealing with novel or difficult circumstances. (for complex task)
Affected by:
age, socially advantages, cognitive control development, stimuli
Best practices: Strategies for helping students paying attention Encourage students to pay close attention and minimize
distraction
Use cues or gestures to signal that something is important
Help students generate their own cue or catch phrase for when they need to pay attention
Make learning interesting
Use media and technology effectively as part of your effort to vary the pace of the classroom
Focus on active learning to make learning enjoyable.
Memory: the retention of information over time
Information Memory Thinking
OutputInput
Application
Processing information in memory
ENCODING STORAGE RETRIEVAL
Getting information
into memory
Retaining information
overtime
Taking information
out of storage
Informasi masuk
Informasi
terulang &
tersimpan
Informasi
digunakan
ENCODING
Getting information
into memory
REHEARSAL:
The conscious repetition of information over time to increase the length of time information stays in memory
DEEP PROCESSING:
Process information semantically, in terms of its meaning.
ELABORATION:
Extensiveness of information processing involved in encoding (ex. Through example)
CONSTRUCTING IMAGES:
Constructing image of something.
ORGANIZATION:
EX. Chunking: grouping or packing information into higher order units that can be remembered as single unit.
Sample of ORGANIZINGMention names of month!
Mention names of month in alphabetical order!
It seems like we remember better when we order it in natural order
TRY THIS!
HOTCITYBOOKFORGETTOMORROWSMILE
SENSORY MEMORY:
Holds information from the world in its original form for only an instant.
SHORT TERM MEMORY:
A limited-capacity memory system in which information is retained for as long as 30 seconds, unless it is rehearsed, in which case it can be retained longer.
LONG TERM MEMORY:
Extensiveness of information processing involved in encoding (ex. Through example)
STORAGE
Retaining information
overtime
Working Memory (Baddeley)
Visuospatial working memory
Phonological loop
Long-term
memory
Input via sensory memory
Central Executive
Theory of Memory (Atkinson and Shiffrin)
Sensory memory
Short-term
memory
Long-term memory
Sensory Input AttentionRetrieval
Storage
Rehearsa
l
Long-term MemoryLONG-TERM MEMORY
Declarative Memory (explicit)
Episodic memory
Semantic Memory
Procedural Memory (implicit)
RETRIEVAL:
.
FORGETTING:
RETRIEVAL
Taking information
out of storage
Strategies for Helping Students Improve their memory:
Motivate children to remember material by understanding it rather than by memorizing it
Assist students in organizing what they put into their memory
Teach mnemonic strategies:– Method of loci (develop images)– Rhymes (ex. Alphabet song)– Acronyms (creating words from first letters)– Keyword methods (use of mental imagery)
Expertise
Expert: demonstrate especially impressive memory in their areas of expertise.
Expertise and LearningUnderstanding behavior and
mental processes of experts can give us insights into how to guide students in becoming more effective learners.
Characteristics of expertsDetecting features and meaningful patterns of
informationAccumulating more content knowledge and
organizing it in a manner that shows an understanding of the topic
Retrieving important aspects of knowledge with little effort
Adapting an approach to new situationsUsing effective strategies
Strategies used by experts:Spreading out and consolidating
Learning (review, take time)Asking themselves questions
(helps association)Taking good notes (summarizing,
outlining, using concept maps)Using study system (preview,
question, read, reflect, recite, review)
How to be expertPractice and MotivationTalent
Expertise and TeachingBecoming an expert in one area does
not mean expert in making others learn and get something.
Expert teachers are good at monitoring students’ learning and assessing students’ progress.
MetacognitionMetacognition is defined as "cognition
about cognition", or "knowing about knowing."
Metacognition refers to one’s knowledge concerning one’s own cognitive processes or anything related to them
Deanna Kuhn:metacognition should be a stronger focus of
effort to help children become better critical thinkers, especially at the middle school and high school levels. – First order cognitive skill: know about the world– Second order cognitive skill: knowing about
one’s own (and other’s) knowing.
Developmental Changes of Meta memory
Beginning of elementary
LOW
HIGHER
Age of 11-12 and up
Theory of Mind2-3 years Perception
EmotionsDesires
4-5 years TrueFalse
Middle & late childhood
Interpretation
Adolescence Manage and monitor resources to meet demands
The good Information Processing Model (Pressley, Borkowski, Schneider)
Children are taught to use a particular strategy for learning specific knowledge.
Children see demonstration of strategies usage in different situation
Children recognize the general benefits of using strategies.
Best Practices for helping students use strategies: Recognize that strategies are a key aspect of solving
problems. Model effective strategies for students Give students many opportunities to practice the strategies. Encourage students to monitor the effectiveness of their new
strategy in comparison to the effectiveness of old strategies. Understand that students need to be motivated to use the
strategies Encourage children to use multiple strategies. Read more about strategy instruction. Ask questions that help to guide students’ thinking in various
content areas. Recognize that low achieving students and students with
disabilities of ten need more support and time to become affective in independently using strategies.
Read about strategy instruction online.