Exam 1 Flashcards

(83 cards)

1
Q

What are the two things required to “get stuff into memory?”

A

Encoding and Retrieval

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2
Q

In lecture memory was described as the residue of..?

A

…thought. You must ensure that you are thinking(correctly) about the things you want to remember.

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3
Q

Encoding

A

The first process of memory. Something is happening and you are giving thought to it (attention).

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4
Q

Retrevial

A

Part of the process of memory in which one must probe their memory for the information.

The “probe of memory” (question) must match up with the way that it was encoded.

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5
Q

Does repetition help memory?

A

Depends on the type of repetition.

Simple- No, remember the face of a penny?

“Deep” (meaningful) thinking repetition does

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6
Q

“Deep” (meaningful) thinking

A

being able to understand the bigger picture, and the connections to the overall concept. Not just the memorization of the specific details.

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7
Q

What question was the “Toilet Study” trying to answer?

A

What are people consulting in their minds that gives them confidence in whether or not they know something or not.

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8
Q

Two terms that reflect/effect whether we know, that we know something or not

A

Familiarity and Recollection

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9
Q

Familiarity means?

A

You might have been exposed to something but little is actually known about it

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10
Q

Recollection means?

A

Richer associations with the subject/object.

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11
Q

When you know some or a lot about a topic, so you conclude that you will be able to figure it out.

A

Partial Access

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12
Q

When taking notes, should you write what the Professor is saying or what you are thinking?

A

For the best notes you want to write what you are thinking so that you will have retrieval cues that put you into the same “Mental State” that you were in when the professor was talking.

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13
Q

What is elaborative interrogation?

A

Something you should do while reading (textbooks), in which you ask yourself questions, or why their conclusions are justified.

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14
Q

Some major Don’ts while studying

A

Highlighting (sparse unconnected knowledge)

Re-reading (supports familiarity, not recollection)

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15
Q

What does “Knowing” NOT mean?

A

understanding it when you are reading it or having it explained to you.

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16
Q

What does “Knowing” mean?

A

Being able to explain it.

not just looking up from notes, and closing eyes. Wait like 30 min and then try and explain it

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17
Q

Is a cat running (to the kitchen) at the sound of a can opener a result of Classical Conditioning?

A

No, because in classical conditioning the presence of 1 stimulus is conditional on the presence of another

(The cat running to the kitchen isn’t an unavoidable response, it has been associated with a reward)

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18
Q

Process of Operant Conditioning

A

Generating responses to stimuli du to the associations of consequences (rewards/punishments)

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19
Q

Thorndike’s Law of effect

A

Associations between stimuli and responses

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20
Q

Thorndike’s cat puzzle box experiment demonstrated that…?

A

animals learn behaviors that get them what they want

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21
Q

Skinner’s Cumulative recorder did what?

A

It was a way to efficiently conduct experiments that recorded the amount of responses and at what rate they came

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22
Q

What does it mean to Shape behavior?

A

reinforcing some action that is closer to the final action you want the animal to perform

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23
Q

The four schedules of reinforcement are?

A

Fixed Ratio
Variable Ratio
Fixed Interval
Variable Interval

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24
Q

Reinforcement Schedule of a Fixed Ratio experiment

A

Consistent ratio of responses to reinforcers (1:1 one response=one reward)

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25
Reinforcement Schedule of a Variable Ratio experiment
Consistent ratio of responses to reinforcers but based on an average amount of responses. So if it was an average of 4 responses it may take 1, 6, or 10 correct responses to receive the reinforcer.
26
Reinforcement Schedule of a Fixed Interval experiment
The amount of responses can vary, but the time between reinforcers is fixed. So once you have one correct response the clock on the reinforcer has been reset, and you must wait the set time before the next response will illicit the reinforcer
27
Reinforcement Schedule of a Variable Interval experiment
The amount of time between reinforcers is varied, so one can do the correct response 10 time or 100 and get the same reward if one does it 1 time when the time is right. (?)
28
Adding something to the environment to increase the probability of it happening is
Positive reinforcement
29
Adding something to the environment to decrease the probability of it happening is
Punishment
30
Removing something from the environment to increase the probability of it happening is
Negative reinforcement
31
Removing something from the environment to decrease the probability of it happening is
Negative Punishment
32
Discrimative stimulus
a stimulus that indicates when a response is accepable
33
Example of a discriminative stimulus
A rat has two lights, one green and one red, they both turn on and off based on a fixed schedule. When the green on is on, the lever does nothing, but when the red one is on, the lever being pressed gives food. The rat learns to only press the lever when the red light is on
34
Four components that make operant learning effective
1. Temporal contingency 2. Belongingness (preparedness) 3. Quality/quantity of reinforcer 4. What else may the animal do?
35
Temporal contingency
The association between the stimulus and the response is dependent on the amount of time between the two. (the animal may associate the wrong response to a reinforcement)
36
Belongingness or preparedness
Is the response something that the animal can actually do? Sometimes the animals instincts can shift behavior
37
Instinctive Drift
when animals behavior is impacted by its instincts. for example a raccoon that associates gold coins with food will clean the coin like it cleans its food
38
Quality/Quantity of reinforcer
The bigger/better/badder the reward or punishment is the faster learning will take place.
39
What else might the animal do when operant learning is taking place?
It's not as easy as saying animals always choose the best options that equal the most rewards. When there are multiple responses animals will try others sometimes
40
Applications of Operant learning in animal training:
- importance of temporal contingency | - importance of positive reinforcements vs punishments
41
Applications of operant learning in Biofeedback
- Conditioning autonomic nervous system only by seeing the feed back humans are better able to control their nervous systems better
42
Application of operant learning in education
- there weren't positive applications - learning was very boring and required that no mistakes ever being made - required immediate feedback
43
Ethology
Studying animals in the wild
44
Ethology: Critical Period
a time when the animal is able to learn particular information rapidly and with little exposure if this period is missed the animal can't retain it as quickly/well
45
Ethology: Fixed Action Pattern
complex behavior that emerges full blown with little opportunity for practice/reward (hard to account for with behaviorism because it is not due to stimulus/reinforcement
46
Replacement of behaviorism? | observable stimuli >> observable responses
Cognitive perspective | Observable stimuli>>Abstract constructs>>Observable responses
47
Abstract Construct is?
a mental process or representation or set of the two that you use as part of your explanation for data
48
Three ways to help distinguish different theories to improve accuracy?
Evolutionary constraints Neural Constraints Efficiency
49
Evolutionary constraints
determining if the theory is consistent with how mental processes would have evolved
50
Neural constraints
determining if the theory is supported by which areas of the brain are being stimulated. (2 areas or less stimuli in other areas etc.)
51
Efficiency (Time taken to complete, Distinguishing theories)
evaluating the efficiency of the model and how well it fits with the time to complete a task
52
Key features of the cognitive strategy
Develop alternative models of processing Create predictions based on the models Collect data and comparisons
53
What does Cognitive psychology utilize when gathering evidence from neural events?
Where it happens (When) Which event is the biggest (pattern) Electric charges (neuro-chemical)
54
2 methods used in the neural technique?
1) (brain damaged patient) identify problem and where the damage is 2) (able) identify areas that are used when performing certain tasks Localizing neuro information
55
Major problem in using neuro data?
Who cares and how does it help? Knowing where the mental process is taking place doesn't help the behavioral aspect much
56
4 Techniques to help solve problems using neuro data
1. Clues about Architecture 2. Observation of abstract construct 3. Brain informs cognitive theory 4. Confirm a behavioral construct
57
Clues about architecture helps because?
unity where there could be diversity, and diversity where there could be unity. Determine if it is in multiple regions of the brain or just one
58
Direct observation of abstract constructs helps because?
we can determine the individual neurons activity, and what it does/indicates
59
Brain informs cognitive theory how?
We can discriminate accuracies of theories based on what we already know of the brain, and what some regions are responsible for
60
Confirming behavioral constructs with neural data means?
Images associated with a construct are taken as proof of the psychological reality of the construct. (But you will find some locus of ANYTHING)
61
What are two implications that come from confirming constructs with neural data?
We can show relationship between constructs and behavior, and that it has broad applicability
62
What problem are we dealing with when we are explaining low level vision?
There is too much information and each bit of it must be summarized
63
Rods and cones are the starting point for vision; what information do we receive at this stage?
Light intensity values
64
What is the outcome of high level vision?
taking the output of low level vision and transforming it into objects from memory
65
Edges
The sudden discontinuity of light intensity values
66
Why do we see textures and not millions of different objects when looking at a hat with a herringbone pattern?
When finding edges, we asses multiple "columns" of intensity values which amount to one edge opposed to multiple.
67
Biological evidence of low level vision process?
Hubel and Wiesel's experiment that recorded neuron output shows that early on we care about edges
68
Why does Perkins Law solve the problem of viewing 3D objects with our 2D eyes?
Perkins law asserts that we have basic assumptions that associate conjunctions of lines to 3D shapes
69
Why does shading help us perceive 3D objects?
With Perkins law we assume surfaces are uniformly colored
70
Why do we see the blue and brown or the white and gold dress differently?
With Perkins law we assume that the brightest thing around is white and the darkest is black
71
With Perkins law, where do we assume light is coming from?
Above
72
What are the three models of object recognition?
Template, Feature, and structural
73
Template model of recognition theorizes that..
When we see something we try and match it with a template you have in your brain for that thing
74
What are some of the major problems with the template model of recognition?
what if there are variations in size, orientation? Distortions and offset input are some of the many reason why we would need far too many templates to compare
75
The feature model of recognition is described as?
feature demons break down information into basic parts; lines, angles curves, and cognitive demons subgroup the basic features and the decision demons match the object to memory
76
The feature model has problems with identifying natural objects. What is used to explain why we can distinguish them in this model?
Gestalt Psychology, which means that we assume "good continuation". (Line AB vs. Angle AD)
77
The structural model of recognition is described as?
Using "Geons" to recognize objects. RBC -Recognition by component
78
Why is the structural model described as independent?
Geons have properties that are invariant to rotations, so a cone will always look like a cone, and a book will always have parallel edges... etc.
79
One of the most important aspects of the structural model of recognition is?
Spatial relations. The spatial relations that the geons have to each other help us distinguish what the object is.
80
the local view of recognition is similar to template model, but requires what?
Local view says that we store views of objects as we see them, but requires some fixing. the fixing involves rotating...
81
Bottom up information processing
Starting with raw sensory information and ending up with concept. Lines-geon-spatial relations-Desk
82
Top down information processing
starting with the conceptual information and breaking it down to identify the details In office-spatial relation is probably a desk-geons-lines-intensity values
83
Parsing Paradox asks?
How can someone identify the object before identifying its details? How can someone identify the details before identifying the object it is on? (Recognize a face w/o identifying nose, mouth eyes, or Recognize nose, mouth, eyes, w/o knowing its on a face?)