Term
|
Definition
the character of knowledge |
|
|
Term
|
Definition
the character of scientific knowledge |
|
|
Term
|
Definition
way of generating and testing the truth of statements |
|
|
Term
|
Definition
|
|
Term
|
Definition
|
|
Term
|
Definition
|
|
Term
|
Definition
Observation way of knowing: -Individual biases make complete "objectivity" impossible -Agreement among scientists is as close as we can come to being "objective" -Without agreement, we have no confidence in scientific claims (and this knowledge has no value) -Scientific method is the set of rules used to reach agreement --These "rules" of science eliminate individual authority |
|
|
Term
Three-Stage Model of Communication Inquiry |
|
Definition
A) Stage I: Observing Communication Phenomena
1. Specifying the observational domain
2. Selecting interpretive schemes
3. Determining relationships
B) Stage II: Discovering Theoretical Explanations
1. The nature of theory
2. Causal and teleological explanation: Laws and rules
3. The logic of discovering theories
a. A data-to-theory (inductive) approach
b. A theory-to-data (deductive) approach
C) Stage III: Verifying Theoretical Explanations
1. Testing theoretical predictions
2. Criteria for evaluating theories
|
|
|
Term
|
Definition
1. Its objects are observable -if they are not observable than it is not
within the domain of science -cannot question faith or belief 2. Its objects are orderly - things don’t happen in random times 3. Its objects are explainable - they can be understtod in ter |
|
|
Term
Distinguishing Features of Science |
|
Definition
1. It is systematic - takes a methodical approach to discovery 2. It is rational - justification - follows the rules of logic 3. It is self-correcting -if we did all the theory we have to go out and test that theory and then if the theory is opposite from our obsevation we have to correct it. -Helps us to be self correctred 4. It is self-reflexive 5. It is creative |
|
|
Term
The Abstract and Concrete World of Science |
|
Definition
-We often think that scientists operate at two levels -Scientists think in concepts, but often test their thoughts in a world of numbers -Bounce back and fourth - Bridging the two worlds is a three step process (“theoretical/physical” diagram) -How do you observe theoretical concepts in a physical manner? • Operational definitions • Observe in physical world • indicators -More people buying a product indicate an attitude change -Feed information back into theoretical world |
|
|
Term
|
Definition
-a conjecture that a relationship exists between paramaters -depends on observation of variables |
|
|
Term
|
Definition
a conjecture that no relationship exists between population parameters of interest; antithesis of a research hypothesis |
|
|
Term
|
Definition
an interrogatory statement that asks what kind of relationship, or whether a specified relationship, exists between two or more communication variables |
|
|
Term
|
Definition
-a concept with an agreed upon meaning -a basic unit of meaning that all understand and share in common •we don’t have to break it down with other concepts male or female? |
|
|
Term
|
Definition
a term that must be described by the use of primitive terms |
|
|
Term
|
Definition
A set of logically related general propositions that enable us to deduce an outcome |
|
|
Term
|
Definition
-the theory should tell us what will not happen -if X happens, my theory is wrong -if your theory cannot be disproved, why would you even test it? |
|
|
Term
|
Definition
- a theory should tell its underlying ____ -conditions where it fails |
|
|
Term
|
Definition
A) Consists of a set of propositions -A proposition is a statement relating two theoretical hypotheses (or concepts) B) Propositions are Interrelated -- Deduction
-- the process by which certain known propositions make other unknown propositions follow logically, or both logically & empirically • 1) logical deduction with limited specification, the deduction may not hold logically. either definitive or probabilistic problems of logical deduction 2) logical and empirical deduction a) allows testing of abstract theories b) problems of logical & empirical the match between the concept and the variable may be poor • 2) logical and empirical deduction o a) allows testing of abstract theories o b) problmes of logical and empirical • the match between the concept and the variable may be poor EX: as sentiment increases hugging increases |
|
|
Term
Three Specific Criteria for Causality |
|
Definition
1. covariation -- both variables change together 2. time order -- cause precedes effect in time 3. nonspuriousness -- cannot be explained by other causes |
|
|
Term
|
Definition
condition that must be present |
|
|
Term
|
Definition
condition guarantees effect |
|
|
Term
|
Definition
a variable that can be directly observed |
|
|
Term
|
Definition
a variable that cannot be directly observed |
|
|
Term
|
Definition
a variable whose values change by distinct steps or categories |
|
|
Term
|
Definition
a variable that takes on an ordered set of values ranging from low to high |
|
|
Term
Criteria for evaluation of an operational definition |
|
Definition
4 Criteria for Evaluation 1. tap the richness of the concept 2. allow for standardization through concreteness 3. allow for replication 4. match the concept with a good numerical scale • nominal o discrete o not good • ordinal o 3rd best • interval o 2nd best • ratio o BEST numerical scale |
|
|
Term
|
Definition
a world view or conceptual model that defines how scholarly inquiry should be conducted |
|
|
Term
|
Definition
the bleif that a single set set of paradigmatic assumptions is appropriate to a discipline |
|
|
Term
|
Definition
fosters a healthy respect for alternative world view, holding that prevailing paradigms are always subject to intradisciploary criticism |
|
|
Term
Schools of Thought within Epistemology |
|
Definition
A) Rationalism -assumption the world has a logical structure B) Rational Empiricism -you must test your thoughts with observations C) Mechanistic Empiricism - Cause and effect - Knowledge begins with observation
D) Logical Positivism E) Constructivism F) Constructive Realism |
|
|
Term
Two Competing Camps within Metatheory |
|
Definition
A) The Laws Approach 1. Types of laws -natural necessity law -gravity -logical positive laws -try to explain things by looking at correlations -avoid the concept of causality 2. The current status of communication laws B) The Rules Perspective 1. Types of teleological explanation -might try to explain human behaviour by motivating goals -intentional behavoiur -the motivating goals explain
human behaviour. - Teleonomic script rule • “hey how ya doin?” • communicative scripts are embedded in our brain • our behaviour runs it course • script has motivating goal built into it. -You want to be perceived as polite - you can violate the rule but then you would be impolite 2. The current status of communication rules |
|
|
Term
|
Definition
assumptions about the nature of theoretical expkanations |
|
|
Term
The Covering Laws Perspective |
|
Definition
A) based on deductive logic as in the logical syllogism • if A then B if B then C therefore, if A then C
B) five basic properties 1. Causality - all phenomena are seen in terms of
because and effect 2. Universality - laws are invariant in time and space. 3. Linearity - causes linked linearly to effects 4. variables must be quantifiable 5. relationships are deterministic
C) Positive characteristics -strong logical -it has been the dominant view in science
for a while -not so much in communication -an advantage because it has allowed scholars to develop a strong set of methods and statistical techniques -widely agreed upon -good because it allows us to build confidence
D) Negative characteristics - too reductionistic -misses the interrelationship among the parts it is studying - futile to look for laws that govern human behaviour |
|
|
Term
Covering Rules Perspective |
|
Definition
A) Developed from free will criticism - "rule" is belief that there are correct ways of behaving - explains our expectations of other's social behavior regularity - "rule" denotes regularities in communication resulting from our interpretation of social actions - behavior is often intentional and guided by rules (not determined)
B) Two classes of behavior 1. S-R governed by determinism and explained by Covering Laws 2. Intentional, governed by free choice and explained by rules
C) Positive and Negative characteristics |
|
|
Term
|
Definition
-Assumes human have no ore free will than inatimate objects -Everything is pre determined by forcdes out of our control |
|
|
Term
|
Definition
o Humans make choices o Goal maximizing actions |
|
|
Term
|
Definition
o Situational and social forces determine the choices we make o People make choices within boundaries • The situation that person is in |
|
|
Term
Contemporary Ontological Assumptions |
|
Definition
1. Communication as a social reality 2. Communication as a creative process 3. Communication as a developmental process o changes over time 4. Communication as a complex system o ideas get more complex as you get older 5. Communication as a contextual phenomenon o ideas have different contexts over time 6. Communication as a purposive activity o if I have purposeeeeeeeeeeeeeeeeeee 7. Communication as an interactive reality 8. Communication as an orderly process o hold up – is free will an orderly process? o This is a problem with people who begin with the assumption of free will • Though we make choices, we follow established patterns of meaning that are shared with others; to promote our individual and social goals |
|
|
Term
Observing Communication Phenomena |
|
Definition
1. Specifying the observational domain -there are so may parts of COM process that no one person could every study that much to know all of it.
2. Selecting interpretive schemes 3. Determining relationships -start by developing a model and then use |
|
|
Term
Three-Stage Model of Communication Inquiry |
|
Definition
Stage I: Observing Communication Phenomena
Stage II: Discovering Theoretical Explanations
Stage III: Verifying Theoretical Explanations |
|
|
Term
|
Definition
|
|
Term
|
Definition
|
|
Term
|
Definition
- give the meaning of the concept - include all components that comprise it |
|
|
Term
|
Definition
- develop relational statements linking the components of the concept for both the independent and dependent variable |
|
|
Term
|
Definition
a statement asking for free and unstructured narrative responses |
|
|
Term
|
Definition
1. help us explain phenomena we observe 2. Independent variable --> Intervening variable --> Dependent variable 3. occurs between Independent and Dependent variable At1 ---> Bt2 ---> Ct3 4. Common characteristics include: can be measured only indirectly often cognitive (e.g. intelligence) |
|
|
Term
|
Definition
is there a meaning for a relationship? 1. can suppress or conceal true relation between Independent and Dependent variable -- may cause a spurious relation 2. Control of extraneous variables must be removed to see true relation of Independent and Dependent variables control can be achieved by -- holding variables constant -- statistically removing impact -- creating uniform groups |
|
|
Term
Criteria for Formulating Conceptual Definitions |
|
Definition
Denote essential qualities -Identifying all parts of the concept and the relationship between these parts -Does the definition tell us what all the component parts of the concept are? -Explaining relationship
Not circular Clear and precise
-Use primitive terms -A good def should very clearly identify the boundaries of the concepts Complete -Does not apply to a single concept |
|
|
Term
Characteristics of Theory |
|
Definition
-- Consists of a set of propositions
-- The propositions are interrelated
-- Some propositions are empirically testable |
|
|
Term
Increases confidence in testing |
|
Definition
• multiple indicators of each concept and repeated testing |
|
|
Term
|
Definition
1. descriptive representations of the relations put forth in a theory 2. help us visualize abstract theories and causal processes 3. help in prediction, but offer no explanation -- this limits ability to use for control |
|
|
Term
|
Definition
• Explanation • Prediction • control |
|
|
Term
|
Definition
-- tests that establish empirical validity can increase confidence -- a theory should be falsifiable -- it should tell us what will not happen -if X happens, my theory is wrong -if your theory cannot be disproved, why would you even test it? -- a theory should tell its underlying assumptions -- conditions where it fails |
|
|
Term
|
Definition
both variables change together |
|
|
Term
|
Definition
cause precedes effect in time |
|
|
Term
|
Definition
cannot be explained by other causes |
|
|
Term
Sources of Gathering and Recording Data |
|
Definition
1. Self-report sources of data 2. Behavioral sources of data 3. Physiological sources of data |
|
|
Term
Types of Scales for quantifying single judgments |
|
Definition
a. graphic -- bipolar descriptions along a line of other visual b. itemized - select one of several specific categories/numbers c. comparative - compare object to some external standard |
|
|
Term
|
Definition
agreement with only one position on some attitude |
|
|
Term
|
Definition
agreement with all positions on one side of position |
|
|
Term
|
Definition
agreement with statement increases with favorable attitude |
|
|
Term
Semantic Differential Scale |
|
Definition
polarized position on statement changes with attitude o bipolar attitudes • are you more this or more this or are you in the middle? |
|
|
Term
|
Definition
a. halo bias b. generosity error c. contrast error d. context effects |
|
|
Term
problems of combining logical and empirical deduction |
|
Definition
the match between the concept and the variable may be poor |
|
|