This document provides an overview of reading comprehension as a complex cognitive process. It discusses several important concepts, including automaticity, attention allocation, working memory, and other processes involved in comprehension like semantic and phonological memory systems. The document also includes a chart showing oral reading fluency norms and expected proficiency levels by grade. The goal is to explain how assessing and increasing reading fluency can improve comprehension.
This document provides an overview of Human Information Processing (HIP) models in human-computer interaction (HCI). It discusses 1) what HIP is as a cognitive model that uses the computer as a metaphor for human cognitive functioning, 2) how HIP models are used in HCI to predict human-computer interaction, focusing on the GOMS model, 3) predictive versus descriptive HIP models and examples of each, 4) alternatives to cognitive models like Activity Theory, and 5) conclusions about increasing complexity in models and the need for multidisciplinary approaches.
The document summarizes the Working Memory Model created by Alan Baddeley and Graham Hitch in 1974 to explain how short term memory works. The model includes a central executive system that controls cognitive processes and three slave systems - the phonological loop for verbal information, visuo-spatial sketchpad for visual and spatial information, and episodic buffer that connects information across domains. While the model helped integrate findings on short term and working memory, limitations include an unclear role of the central executive and constraints of its functions remain unknown.
This document summarizes key aspects of memory in 4 parts:
1) It describes the three stages of memory - sensory, short-term, and long-term memory.
2) It explains how information is encoded into memory through levels of processing and factors like mood.
3) It discusses how information is retrieved from memory using measures like recall and recognition. Forgetting can occur due to encoding failure, storage decay, interference, or loss of cues.
4) It provides strategies for improving memory such as rehearsal, organization, spaced practice, and getting enough sleep.
Long-term memory can be either implicit or explicit. Explicit memory, also called declarative memory, involves the conscious recollection of facts, experiences, and concepts. It has three processes: acquisition, consolidation, and retrieval. Explicit memory is further divided into semantic memory, which involves general knowledge and facts, and episodic memory, which involves autobiographical memories of personal experiences and events from one's life.
Memory can be classified into three types: sensory memory, short-term memory, and long-term memory. Sensory memory briefly stores perceptions and lasts less than a second. Short-term memory allows recall for seconds to minutes through rehearsal. Long-term memory can store information for days, weeks, or lifetime through encoding in the brain. Memory is also categorized as explicit (declarative) and implicit (non-declarative). The hippocampus plays an important role in memory formation and storage. Diseases like Alzheimer's and Korsakoff's syndrome can cause memory disorders.
1. Sensory register, short-term memory, and long-term memory are the three main types of human memory.
2. Sensory register involves electro-chemical activity in response to sensory input. Short-term memory can hold a small amount of information for a few seconds, while long-term memory stores information for longer periods through associations between items.
3. For information to be successfully transferred from sensory register to long-term memory, it must first pass through short-term memory without being overwhelmed or forgotten. Teachers can facilitate this process through clear presentation, minimizing distractions, repetition, and checking for understanding.
This document provides an overview of Human Information Processing (HIP) models in human-computer interaction (HCI). It discusses 1) what HIP is as a cognitive model that uses the computer as a metaphor for human cognitive functioning, 2) how HIP models are used in HCI to predict human-computer interaction, focusing on the GOMS model, 3) predictive versus descriptive HIP models and examples of each, 4) alternatives to cognitive models like Activity Theory, and 5) conclusions about increasing complexity in models and the need for multidisciplinary approaches.
The document summarizes the Working Memory Model created by Alan Baddeley and Graham Hitch in 1974 to explain how short term memory works. The model includes a central executive system that controls cognitive processes and three slave systems - the phonological loop for verbal information, visuo-spatial sketchpad for visual and spatial information, and episodic buffer that connects information across domains. While the model helped integrate findings on short term and working memory, limitations include an unclear role of the central executive and constraints of its functions remain unknown.
This document summarizes key aspects of memory in 4 parts:
1) It describes the three stages of memory - sensory, short-term, and long-term memory.
2) It explains how information is encoded into memory through levels of processing and factors like mood.
3) It discusses how information is retrieved from memory using measures like recall and recognition. Forgetting can occur due to encoding failure, storage decay, interference, or loss of cues.
4) It provides strategies for improving memory such as rehearsal, organization, spaced practice, and getting enough sleep.
Long-term memory can be either implicit or explicit. Explicit memory, also called declarative memory, involves the conscious recollection of facts, experiences, and concepts. It has three processes: acquisition, consolidation, and retrieval. Explicit memory is further divided into semantic memory, which involves general knowledge and facts, and episodic memory, which involves autobiographical memories of personal experiences and events from one's life.
Memory can be classified into three types: sensory memory, short-term memory, and long-term memory. Sensory memory briefly stores perceptions and lasts less than a second. Short-term memory allows recall for seconds to minutes through rehearsal. Long-term memory can store information for days, weeks, or lifetime through encoding in the brain. Memory is also categorized as explicit (declarative) and implicit (non-declarative). The hippocampus plays an important role in memory formation and storage. Diseases like Alzheimer's and Korsakoff's syndrome can cause memory disorders.
1. Sensory register, short-term memory, and long-term memory are the three main types of human memory.
2. Sensory register involves electro-chemical activity in response to sensory input. Short-term memory can hold a small amount of information for a few seconds, while long-term memory stores information for longer periods through associations between items.
3. For information to be successfully transferred from sensory register to long-term memory, it must first pass through short-term memory without being overwhelmed or forgotten. Teachers can facilitate this process through clear presentation, minimizing distractions, repetition, and checking for understanding.
The document discusses memory, including the definition, physiology, stages of memory formation, theories of forgetting, types of memory such as sensory, short-term, and long-term memory, and disorders of memory. It provides details on how information is processed and stored in the brain's memory systems from initial sensory input through encoding, storage, and retrieval. Memory tests and disorders like amnesia are also briefly covered.
The document provides information about memory models and theories from a Higher Psychology course. It discusses the multi-store model of memory proposed by Atkinson and Shiffrin, which distinguishes between sensory memory, short-term memory (STM), and long-term memory (LTM). Information is encoded from sensory memory to STM and can then be transferred to LTM through rehearsal. It also briefly introduces Baddeley and Hitch's working memory model. Key concepts covered include the capacity and duration of STM and LTM, and different encoding processes between the memory stores.
Working memory model, case study cw & evaluate msmleannacatherina
Here are the key points about the study replication:
1. You replicated Baddeley's (1975) study that tested the effect of word length on recall in STM.
2. The replication found the same results - participants were able to recall significantly more short words than long words. This supports the 2 second duration limit of information in the articulatory loop component of Baddeley and Hitch's Working Memory Model.
3. The consistent findings between the original and replicated study provide evidence that Baddeley's (1975) study and its results are reliable. Replicating a study and obtaining the same outcomes lends credibility to the original findings and the theory.
This document discusses working memory, including its definition as the processing space in the mind/brain used for computing information. It describes common models of working memory that include multiple subsystems like the phonological loop and visuospatial sketchpad. Examples are given of how working memory explains phenomena like phonological confusions, word length effects, and irrelevant speech effects. The document also discusses that working memory has limits, capacities vary between individuals, and it is crucial for learning due to its role in holding information during effortful tasks.
lecture 20 from a college level introduction to psychology course taught Fall 2011 by Brian J. Piper, Ph.D. (psy391@gmail.com) at Willamette University, Loftus, eyewitness memory
This document discusses several theories and models of memory including:
- The multi-store model which proposes that memory involves sensory, short-term and long-term components.
- The levels-of-processing model which suggests deeper semantic processing leads to better long-term memory than shallow structural processing.
- Baddeley's multi-component model of working memory which includes the phonological loop, visuospatial sketchpad and central executive.
- Broadbent's filter theory of selective attention where the brain filters stimuli based on physical characteristics.
- Treisman's feature-integration theory where basic features are processed automatically before being integrated into whole objects.
This document summarizes key aspects of working memory. It defines working memory as the system that provides temporary storage and manipulation of information for complex cognitive tasks. The central executive controls attention and monitors thinking/memory processes. There are two storage systems - the visuospatial sketchpad handles visual information and the phonological loop rehearses verbal information. Research indicates people can process around 7 units of information at once, though this varies by task. The modal model proposes separate auditory and visual processing pathways to help "stretch" working memory capacity.
1. The multi-store model of memory proposes that memory consists of three main stores: sensory memory, short-term memory, and long-term memory.
2. Sensory memory briefly stores sensory information, short-term memory can hold information for seconds to minutes, and long-term memory stores information indefinitely.
3. The working memory model updated the multi-store model by proposing two slave systems - the phonological loop and visuospatial sketchpad - that actively maintain information in short-term memory under the control of a central executive.
Lesson 2 the attkinson-shiffrin's multi-store model 2012 shcoburgpsych
The document summarizes the Atkinson-Shiffrin multi-store model of memory. It describes the model as having three stores: sensory memory, short-term memory, and long-term memory. Sensory memory briefly stores sensory information for up to a few seconds through iconic and echoic memory. Short-term memory then stores a limited amount of information for around 20 seconds through rehearsal. Long-term memory can store unlimited information for a lifetime. The model aims to explain how information moves between these stores but has been criticized for not fully explaining their interactions.
Memory involves three main processes: encoding, storage, and retrieval. Encoding involves receiving input and transforming it into a code. Storage involves putting the encoded information into memory. Retrieval involves accessing stored information when needed. There are two main theories of memory formation: the information processing theory and the level of processing theory. The information processing theory views memory as operating similar to a computer, with information passing through sensory registers, short term memory, and long term memory. The level of processing theory suggests that deeper analysis and encoding of information at the semantic or meaning level leads to better memory compared to more shallow processing.
The document discusses memory, forgetting, and ways to improve memory. It defines memory as the ability to encode, store, and recall past experiences. Memory involves sensory memory, short-term memory, and long-term memory. Information is transferred between these memory stores. Forgetting occurs when memory traces fade over time. The document outlines several techniques to improve memory, including focusing attention, repetition, organization, using mnemonic devices, and learning in a way that works for the individual.
No, according to the WMM you would not be able to do both tasks well simultaneously as they rely on different components of the WMM. Writing an essay relies more on the phonological loop whereas listening to music relies more on the visuo-spatial sketchpad. The central executive has limited capacity and can only focus fully on one task at a time.
Thinking, Creativity, Decision Making and OpportunityMurray Hunter
Thinking, creativity & decision making - slide showing how our cognitive system works, how we make decisions, and the concept and elements of creativity - with a focus on entreprenurial opportunity
CLASSIFICATION OF PSYCHOPATHOLOGY: DSM IV TR - Unit 2Rupesh Nath
This document discusses cognitive psychology and information processing in learning and memory. It begins by defining learning and memory, explaining the different types of memory including sensory memory, short-term memory, and long-term memory. It then discusses cognitive information processing models and how information is encoded, stored, and retrieved from memory. Lastly, it explains theories of information processing and how memory and information processing develop.
This document discusses human information processing and its implications for computer interface design. It covers how humans perceive information through their senses, process information in memory and through reasoning. It also discusses problem solving, skill acquisition and errors. The key aspects of human information processing discussed are:
- Humans perceive information through four main channels: visual, auditory, haptic and movement. Visual perception involves factors like size, color and reading processes.
- Information is stored briefly in sensory memory and working memory, and longer-term in episodic and semantic long-term memory.
- Reasoning involves deductive, inductive and abductive logic. Problem solving uses different theories like reproducing known responses or using operators to
This document discusses theories of memory and forgetting. It describes the multi-store model of memory including sensory memory, short-term memory (STM), and long-term memory (LTM). It summarizes studies that investigated the capacity and duration of each store. The document also discusses theories of memory processing including levels of processing theory and the working memory model. Finally, it summarizes several theories of forgetting, including interference, failure of consolidation, absence of retrieval cues, and repression.
Long-term memory (LTM) is classified into procedural and declarative memory. Declarative memory includes episodic memory of specific events and semantic memory of general world knowledge. Semantic network theory proposes that LTM is organized into networks of interconnected concepts, where activating one concept leads to related concepts also being activated during retrieval from LTM.
The document describes the human processor model (MHP) which simplifies human processing into three subsystems - perceptual, motor, and cognitive. Each subsystem contains a processor and memory. The MHP also includes principles of operation that dictate behavior under certain conditions. The model involves input from senses like vision, hearing, and touch which are processed and output through effectors like fingers, voice, eyes, and body position. Memory is divided into sensory buffers, short-term memory, and long-term memory. Thinking involves reasoning through deduction, induction, and abduction as well as problem solving using various approaches. Emotion and individual differences also impact human processing.
The document summarizes the process of information processing through the human memory system. It describes how an external stimulus first enters the sensory register before being processed briefly in working/short term memory. If attention is paid, the information may be transferred to long term memory. Otherwise, it will be forgotten. It also discusses the different types of long term memory (episodic, semantic, procedural) and provides examples. Finally, it references several studies on working memory capacity and its relationship to IQ and academic performance.
Human cognition and perception involve receiving sensory input, processing and storing information, and applying knowledge. The key senses are vision, hearing, touch, smell, and taste. Vision involves light being focused on the retina and transmitted to the brain for interpretation. Hearing detects sound waves that are transmitted through the ear. Touch receptors in the skin provide feedback. There are three types of memory: sensory memory as a buffer, short-term memory for temporary recall, and long-term memory for permanent storage. Thinking involves reasoning deductively or inductively, and problem solving to find solutions. Emotion influences all of these human capabilities.
Смольченко Ю.А. «Креативный город»: технологии имиджирования г. Барнаулаprasu1995
Статья опубликована в сборнике:
PR в изменяющемся мире: Региональный аспект: сборник статей/ под ред. М.В. Гундарина, А. Г. Сидоровой, Ю. В. Явинской. – Вып. 9. – Барнаул: Изд-во Алт. ун-та, 2011.
The document discusses memory, including the definition, physiology, stages of memory formation, theories of forgetting, types of memory such as sensory, short-term, and long-term memory, and disorders of memory. It provides details on how information is processed and stored in the brain's memory systems from initial sensory input through encoding, storage, and retrieval. Memory tests and disorders like amnesia are also briefly covered.
The document provides information about memory models and theories from a Higher Psychology course. It discusses the multi-store model of memory proposed by Atkinson and Shiffrin, which distinguishes between sensory memory, short-term memory (STM), and long-term memory (LTM). Information is encoded from sensory memory to STM and can then be transferred to LTM through rehearsal. It also briefly introduces Baddeley and Hitch's working memory model. Key concepts covered include the capacity and duration of STM and LTM, and different encoding processes between the memory stores.
Working memory model, case study cw & evaluate msmleannacatherina
Here are the key points about the study replication:
1. You replicated Baddeley's (1975) study that tested the effect of word length on recall in STM.
2. The replication found the same results - participants were able to recall significantly more short words than long words. This supports the 2 second duration limit of information in the articulatory loop component of Baddeley and Hitch's Working Memory Model.
3. The consistent findings between the original and replicated study provide evidence that Baddeley's (1975) study and its results are reliable. Replicating a study and obtaining the same outcomes lends credibility to the original findings and the theory.
This document discusses working memory, including its definition as the processing space in the mind/brain used for computing information. It describes common models of working memory that include multiple subsystems like the phonological loop and visuospatial sketchpad. Examples are given of how working memory explains phenomena like phonological confusions, word length effects, and irrelevant speech effects. The document also discusses that working memory has limits, capacities vary between individuals, and it is crucial for learning due to its role in holding information during effortful tasks.
lecture 20 from a college level introduction to psychology course taught Fall 2011 by Brian J. Piper, Ph.D. (psy391@gmail.com) at Willamette University, Loftus, eyewitness memory
This document discusses several theories and models of memory including:
- The multi-store model which proposes that memory involves sensory, short-term and long-term components.
- The levels-of-processing model which suggests deeper semantic processing leads to better long-term memory than shallow structural processing.
- Baddeley's multi-component model of working memory which includes the phonological loop, visuospatial sketchpad and central executive.
- Broadbent's filter theory of selective attention where the brain filters stimuli based on physical characteristics.
- Treisman's feature-integration theory where basic features are processed automatically before being integrated into whole objects.
This document summarizes key aspects of working memory. It defines working memory as the system that provides temporary storage and manipulation of information for complex cognitive tasks. The central executive controls attention and monitors thinking/memory processes. There are two storage systems - the visuospatial sketchpad handles visual information and the phonological loop rehearses verbal information. Research indicates people can process around 7 units of information at once, though this varies by task. The modal model proposes separate auditory and visual processing pathways to help "stretch" working memory capacity.
1. The multi-store model of memory proposes that memory consists of three main stores: sensory memory, short-term memory, and long-term memory.
2. Sensory memory briefly stores sensory information, short-term memory can hold information for seconds to minutes, and long-term memory stores information indefinitely.
3. The working memory model updated the multi-store model by proposing two slave systems - the phonological loop and visuospatial sketchpad - that actively maintain information in short-term memory under the control of a central executive.
Lesson 2 the attkinson-shiffrin's multi-store model 2012 shcoburgpsych
The document summarizes the Atkinson-Shiffrin multi-store model of memory. It describes the model as having three stores: sensory memory, short-term memory, and long-term memory. Sensory memory briefly stores sensory information for up to a few seconds through iconic and echoic memory. Short-term memory then stores a limited amount of information for around 20 seconds through rehearsal. Long-term memory can store unlimited information for a lifetime. The model aims to explain how information moves between these stores but has been criticized for not fully explaining their interactions.
Memory involves three main processes: encoding, storage, and retrieval. Encoding involves receiving input and transforming it into a code. Storage involves putting the encoded information into memory. Retrieval involves accessing stored information when needed. There are two main theories of memory formation: the information processing theory and the level of processing theory. The information processing theory views memory as operating similar to a computer, with information passing through sensory registers, short term memory, and long term memory. The level of processing theory suggests that deeper analysis and encoding of information at the semantic or meaning level leads to better memory compared to more shallow processing.
The document discusses memory, forgetting, and ways to improve memory. It defines memory as the ability to encode, store, and recall past experiences. Memory involves sensory memory, short-term memory, and long-term memory. Information is transferred between these memory stores. Forgetting occurs when memory traces fade over time. The document outlines several techniques to improve memory, including focusing attention, repetition, organization, using mnemonic devices, and learning in a way that works for the individual.
No, according to the WMM you would not be able to do both tasks well simultaneously as they rely on different components of the WMM. Writing an essay relies more on the phonological loop whereas listening to music relies more on the visuo-spatial sketchpad. The central executive has limited capacity and can only focus fully on one task at a time.
Thinking, Creativity, Decision Making and OpportunityMurray Hunter
Thinking, creativity & decision making - slide showing how our cognitive system works, how we make decisions, and the concept and elements of creativity - with a focus on entreprenurial opportunity
CLASSIFICATION OF PSYCHOPATHOLOGY: DSM IV TR - Unit 2Rupesh Nath
This document discusses cognitive psychology and information processing in learning and memory. It begins by defining learning and memory, explaining the different types of memory including sensory memory, short-term memory, and long-term memory. It then discusses cognitive information processing models and how information is encoded, stored, and retrieved from memory. Lastly, it explains theories of information processing and how memory and information processing develop.
This document discusses human information processing and its implications for computer interface design. It covers how humans perceive information through their senses, process information in memory and through reasoning. It also discusses problem solving, skill acquisition and errors. The key aspects of human information processing discussed are:
- Humans perceive information through four main channels: visual, auditory, haptic and movement. Visual perception involves factors like size, color and reading processes.
- Information is stored briefly in sensory memory and working memory, and longer-term in episodic and semantic long-term memory.
- Reasoning involves deductive, inductive and abductive logic. Problem solving uses different theories like reproducing known responses or using operators to
This document discusses theories of memory and forgetting. It describes the multi-store model of memory including sensory memory, short-term memory (STM), and long-term memory (LTM). It summarizes studies that investigated the capacity and duration of each store. The document also discusses theories of memory processing including levels of processing theory and the working memory model. Finally, it summarizes several theories of forgetting, including interference, failure of consolidation, absence of retrieval cues, and repression.
Long-term memory (LTM) is classified into procedural and declarative memory. Declarative memory includes episodic memory of specific events and semantic memory of general world knowledge. Semantic network theory proposes that LTM is organized into networks of interconnected concepts, where activating one concept leads to related concepts also being activated during retrieval from LTM.
The document describes the human processor model (MHP) which simplifies human processing into three subsystems - perceptual, motor, and cognitive. Each subsystem contains a processor and memory. The MHP also includes principles of operation that dictate behavior under certain conditions. The model involves input from senses like vision, hearing, and touch which are processed and output through effectors like fingers, voice, eyes, and body position. Memory is divided into sensory buffers, short-term memory, and long-term memory. Thinking involves reasoning through deduction, induction, and abduction as well as problem solving using various approaches. Emotion and individual differences also impact human processing.
The document summarizes the process of information processing through the human memory system. It describes how an external stimulus first enters the sensory register before being processed briefly in working/short term memory. If attention is paid, the information may be transferred to long term memory. Otherwise, it will be forgotten. It also discusses the different types of long term memory (episodic, semantic, procedural) and provides examples. Finally, it references several studies on working memory capacity and its relationship to IQ and academic performance.
Human cognition and perception involve receiving sensory input, processing and storing information, and applying knowledge. The key senses are vision, hearing, touch, smell, and taste. Vision involves light being focused on the retina and transmitted to the brain for interpretation. Hearing detects sound waves that are transmitted through the ear. Touch receptors in the skin provide feedback. There are three types of memory: sensory memory as a buffer, short-term memory for temporary recall, and long-term memory for permanent storage. Thinking involves reasoning deductively or inductively, and problem solving to find solutions. Emotion influences all of these human capabilities.
Смольченко Ю.А. «Креативный город»: технологии имиджирования г. Барнаулаprasu1995
Статья опубликована в сборнике:
PR в изменяющемся мире: Региональный аспект: сборник статей/ под ред. М.В. Гундарина, А. Г. Сидоровой, Ю. В. Явинской. – Вып. 9. – Барнаул: Изд-во Алт. ун-та, 2011.
The Virgin Islands government signed an energy savings contract on January 22, 2014 with FPL Energy Services Inc. to conduct energy audits and implement upgrades at the Juan F. Luis Hospital and Roy Lester Schneider Hospital. The Virgin Islands Energy Office will monitor the work done by the energy savings company and oversee the project to reduce utility costs and achieve even greater savings than the $1 million annually already saved through a previous energy contract with the Department of Education.
Chalk Architecture and Design Studio asked the firm to prepare a corporate style and logotype. The firm decided to use the letters of the studio name and combined sketch patterns used in architecture with the letters to create a minimalistic corporate style. The solution was a minimalistic corporate style that incorporated the studio name letters with architectural sketch patterns.
1) The document provides solutions to common issues in QuickTest Professional (QTP), including how to add constants to a datatable, check if a parameter or checkpoint exists, validate checkpoints without failing tests, and the difference between actions and functions.
2) It also discusses when to use recovery scenarios versus error handling, how to use environment variables, the files in a QTP test, and how to rename checkpoints.
3) Finally, it addresses questions about browser support, resolving issues with Windows Media Player when running QTP, the purpose of the lservrc file, and ensuring QTP can run from Quality Center.
This document provides guidance on using Twitter to expand one's professional network and share relevant information. It recommends tweeting to engage a wide audience, using hashtags to follow discussions on topics of interest, and following colleagues, customers, and industry reporters. Proper use of retweets, direct messages, and link shorteners is covered. The bio, followers, and types of content to share are also addressed to help build an effective Twitter presence.
Keys to Understanding and Leveraging the power of Sina Weibo in ChinaLabbrand
Sina Weibo stands out not only through its functionality but also through the way it is used by its millions of members. Its influence and penetration make it a powerful medium for brands that can leverage its power to establish deeper, more intense relationships with local consumers. However, tapping the full power of Sina Weibo as a marketing tool calls for a strategic approach that integrates brand objectives, customer expectations and the specificities of the platform.
This document discusses living in the present moment beyond identification with the ego and mind. It describes how identification with the physical body, mind, intellect and emotions leads to limited and disturbed living marked by endless desires, exhaustion, and eventual death. In contrast, realizing the eternal self/consciousness beyond these identifications through practices like yoga, meditation and surrender leads to unlimited bliss and being established in silence. Vedanta helps one transcend experience and attachments to experience peacefully in any situation.
This document discusses the concept of representation in media studies. It begins by defining representation as how media depict or describe people, places, and events to call them up in our minds. This is done through a process of mediation where reality is altered and changed into a media text. When analyzing representations, it is important to look at how they are selected, organized, and focus attention in particular ways. Representations do not show objective reality but rather symbolize and substitute for reality. They affect how audiences perceive people and issues in society. Different views see representations as reflecting society, intentionally shaping society, or actively constructing social meanings. Stereotypes are oversimplified representations that leave out diversity.
This document summarizes how the media product uses and develops conventions of real magazines. It discusses elements like the masthead, date/barcode, cover lines, background, footer, main coverline, main image, flasher, rule of thirds, layout, sub headings, brief information, and subscription section. It also notes one challenge to convention with a rotated larger main heading. Overall, the media product draws from conventions of magazines like Billboard, NME, and Pop to structure its layout and design elements.
Approach to implement free shape paths in generic industrial robots.
Bezier curve descriptors can be storage as standard points.
Feasible to implement the Decasteljau algorithm within robot controllers.
Current and future industrial robotic applications might need free shape path capabilities to cooperate with humans and other machines.
The film John Carter, based on the Edgar Rice Burroughs novel, was a box office flop for Disney that resulted in a $200 million loss. It failed to attract audiences for several reasons: [1] Its opening scene confused viewers by introducing many characters and factions without context; [2] Its marketing did not convey the sci-fi or romance elements of the story and had an uninspiring title and poster; [3] It lacked the brand recognition and marketing push of other blockbuster franchises. The flop may negatively impact the career of lead actor Taylor Kitsch and cause studios to be wary of big-budget films without established source material.
FBIF 2016: How To Effectively Localize F&B Packaging in ChinaLabbrand
Vladimir Djurovic, CEO of Labbrand, on how international brands can best localize F&B packaging in China through balancing verbal identity with visual identity.
Cognitive learning theory focuses on mental processes and structures that occur as people make sense of the world. It explains learning as a change in mental structures that allows for different behaviors, rather than just a change in observable behavior. Learners are active constructors of knowledge who relate new information to what they already know in order to understand it. Learning involves changes in domain-specific and general knowledge stored in long-term memory through cognitive processes that operate on information held in working memory.
The document discusses the three main parts of memory: encoding, storage, and retrieval. It describes how information is encoded semantically, acoustically, or visually and then stored either in sensory memory, working memory, or long-term memory. Sensory memory only lasts a fraction of a second while working memory can hold information for around 20 seconds by using chunking before transferring information to long-term memory, where implicit and explicit memories are formed. The hippocampus and amygdala are two brain regions involved in memory consolidation and emotional memory strengthening.
The document outlines the information processing model of memory, including sensory memory which acts as the first "level" of memory by taking a temporary snapshot of incoming sensory information through the senses. Only the information that receives attention is transferred to working memory, while unimportant information is blocked and lost within a few seconds. Strategies are presented for capturing students' attention and utilizing sensory-based activities to take advantage of how the brain processes and stores sensory memories.
Kevin McGrew IM Keynote Oct 2012. Use of movement in slides is not present in this static SlideShare show ..the red circle bounces around in the live presentation.
Memory works through encoding, storage, and retrieval according to an information processing model. The Atkinson-Shiffrin model proposes that information moves from sensory memory to short-term memory and then long-term memory, though more recent models recognize additional processing in working memory and some automatic processing into long-term memory. Memories can be formed through effortful, explicit processing or implicit, automatic processing. Encoding involves strategies like chunking, mnemonics, rehearsal, deep processing, and relating information to oneself. Memories are stored throughout the brain in overlapping neural networks rather than isolated locations. Explicit and implicit memories are processed in different brain areas, and emotions can strengthen memory formation through the amygdala. Retrieval is affected
Introduction to Recurrent Neural Network with Application to Sentiment Analys...Artifacia
This is the presentation from our first AI Meet held on Nov 19, 2016.
You can join Artifacia AI Meet Bangalore Group: https://www.meetup.com/Artifacia-AI-Meet/
Memory and forgetting in Educational PsychologyMuhammad Imran
There are three types of memory: sensory memory, short-term memory, and long-term memory. Sensory memory briefly stores impressions from the senses. Short-term memory acts as a temporary storage for a small amount of information. Long-term memory can store unlimited information indefinitely. Long-term memory includes explicit (declarative) memory of facts and events, and implicit (procedural) memory of skills. Encoding and retrieval are important for moving information between memories. Strategies help with encoding information into long-term memory and retrieving it.
There are 3 types of memory: sensory memory, short-term memory, and long-term memory. Short-term memory acts as a temporary storage and recall space, while long-term memory stores information indefinitely. Within long-term memory there are two main categories: explicit (declarative) memory of facts and autobiographical events, and implicit (procedural) memory of skills and habits. Encoding and retrieval are important processes that involve moving information between memory systems through attention, rehearsal, and meaning-making connections to existing knowledge.
This document discusses human memory and how it works. It explains that memory has three stages: encoding, storage, and retrieval. In the encoding stage, sensory information is received and coded by the brain so it can be stored and used later. In storage, encoded information is kept in the memory system, either briefly or more permanently. In retrieval, memories are recalled and brought into consciousness from storage. The document also provides several methods for improving memory, such as paying attention, spacing out practice sessions, getting enough sleep, reviewing material, and associating memories with emotions.
This document provides an introduction to human memory, including its importance, how memories are formed and stored, and factors that affect memory performance and limitation. It explores the different types of memory like short-term and long-term memory. It also examines processes involved in memory like encoding, storage, and retrieval. Finally, it discusses techniques to improve memory through mnemonic devices, repetition, and maintaining a healthy lifestyle.
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Edet 722 storyboard (academic enhancement)
1. Audio An overview of cognition &
Picture (no copyright, 3”x3”) the reading process.
N/A Coach # 1
N/A Coach # 2
N/A Coach # 3
Text Reading comprehension is a complex cognitive process. In order to understand the importance of reading
fluency, one must understand the cognitive theoretical principles upon which predicated. This storyboard
Size, color: has two key purposes. First, the storyboard will explicate the cognitive principles that are involved in
Black, 12 in. reading comprehension and how those principles relate to fluency.
font.
Second, the storyboard will explain to use the Response-to-Intervention process to develop an Oral Reading
Fluency (ORF) intervention model, which is design to increase reading fluency and thereby increase reading
compression. The goal is to teach you how to assess reading fluency, monitor progress and evaluate
progress.
Page 1
2. Diagram (No copyright, size: 3”x3”) Audio The author will describe the
theory of automaticity.
Theory of Automaticity Coach # 1 Automactity is an important
cognitive principle in the
Less fluent readers need More fluent readers have learning process.
to allocate more resources more resources available
to decoding. for comprehension. Coach # 2 I do not know why this is
important to teachers.
Besides, I have never heard of
automaticity.
Coach # 3 Fluent readers must decode
words automatically, without
conscious attention.
Decoding Comprehension
Text Simple procedures and processing must be automatic. Automaticity: The ability to translate letters-to-
sounds-to-words fluently, effortlessly. LaBerge and Samuels (1974) described the fluent reader as "one
Size, color: whose decoding process is automatic, requiring no conscious attention" (cited in Juel, 1991, p. 760). Such
Black, 12 in. capacity enables readers to allocate their attention to the comprehension and meaning of text. What this
font means is that there is a reservation of cognitive resources. The reader is able to focus on comprehension
instead of decoding words. If a reader has to spend too much time and energy figuring out what the words
are , he or she will be unable to concentrate on what the words mean (Coyne, Kame’enui, & Simmons,
2001).
Page 2
3. Diagram (no copyright, 3”x3”) Audio An overview of attention
allocation & working memory
in the reading process.
Coach # 1 When it comes to cognitive
principles, working memory
is extremely important.
Coach # 2 Working memory, what is that?
Coach # 3 Working memory allows the
brain to take in information and
create planned responses using
abstract thought’
Text Reading comprehension is predicated upon working memory and automaticity. The chart illustrates how
attention functions in reading comprehension. The non-fluent reader is forced to switch attention from
Size, color: decoding to comprehension because decoding in not automatic. This is a problem because only one task
Black, 12 in. can be done at a time. Therefore, decoding must be automatic. : The ability to translate letters-to-sounds-
font. to-words fluently, effortlessly. LaBerge and Samuels (1974) described the fluent reader as "one whose
decoding process are automatic, requiring no conscious attention" (cited in Juel, 1991, p. 760). Such
capacity enables readers to allocate their attention to the comprehension and meaning of text.
Page 3
4. Diagram (no copyright, 3”x3”)
Audio An overview of other
Visual processes that comprised
Memory
System Attention reading comprehension
Semantic
System to
meaning Coach # 1
Episodic Comprehension
Memory
Automatic
Decoding Coach # 2
System
Phonological Processing
Memory
System
Stages Coach # 3
Text As previously stated, reading comprehension is a complex cognitive process. Many people mistaking view
reading as a visual process only. However, reading is much more in-depth In order to decipher meaning
Size, color: from print, the brain must engage in a sundry of processes, which involves automatic processing and higher
Black, 12 in. order cognition.
font.
Page 4
5. Chart (No copyright, size: 3”x3”) Audio An overview of reading
fluency and the fluency
Norms for Oral Reading Fluency Grades 2-5 proficiency skill levels
Grade Percentile Fall
WCPM
Winter
WCPM
Spring
WCPM
Coach # 1
75 82 106 124
2 50 53 78 94
25 23 46 65
Coach # 2
75 107 123 142
3 50 79 93 114
25 65 70 87
75 125 133 143
4 50 99 112 118
25 72 89 92
75 126 143 151
5 50
25
105
77
118
93
128
100 Coach # 3
WCPM = words correct per minute
Hasbrouck & Tindal, 1992
Text At each grade level, as indicated by chart, there are expected level of proficiency. For example, at the
second grade level, the average 2nd grader at during the fall semester is expected to read (53) words per
Size, color: minute. By contrast, a student who is reading below (23) words per minute is reading below average.
Black, 12 in. What this suggests is that, for this student, reading fluency is laborious. The goal. Therefore, is to make the
font. process automatic or what is termed fluent.
Page 5
6. Audio None
Picture (no copyright, 3”x3”)
Coach # 1
Coach # 2
Coach # 3
Text Reading Comprehension & the Response-to-Intervention Process
Size, color: Now that we have laid the undergirding cognitive theoretical principles of reading fluency, let’s turn our
Black, 12 in. attention to assessing, monitoring, and evaluating the response of a student to reading interventional
font. measures. The first step is to select curriculum based reading material.
Page 6