Communication Models Practice Flashcards
Learning Objectives of Communication Models
Define Communication Models: Understand the definition and explain the significance of these models within the communication process.
Identify Key Elements: Describe the fundamental components of four specific models:
- Aristotle's Model
- Shannon-Weaver Model
- Transaction Model
- Schramm Communication Model
Differentiate Characteristics: Distinguish between the four models based on their specific traits and the flow of communication.
Real-Life Application: Apply the appropriate communication models to various real-world situations.
Defining a Model and Communication Model
What is a Model?
- A model is a graphic representation designed to explain the way a variable works.
- It serves as a pattern, plan, representation, or description designed to show the structure or workings of an object, system, or concept.
What is a Communication Model?
- A communication model offers a highly convenient way to analyze real-life conversations by plotting key structural components on a graphical checklist.
Overview and Evolution of Models
Aristotle (): Focused on speech structure and the effects of public speaking. It is the earliest mass communication structure.
Shannon-Weaver (): Introduced a linear, technical path. It added the concept of noise into the communication process.
Transaction (Modern Era): Represents an active two-way flow where feedback is critical.
Schramm (): Known as the "Overlap Era," it is built on shared experiences and commonalities.
Model 1: Aristotle's Model of Communication
Historical Context: Originated with Greek philosopher Aristotle; recognized as the earliest mass communication structure within classical rhetoric ().
Primary Focus: Concentrates solely on public speaking instead of interpersonal interaction.
Five Basic Elements:
- Speaker: Performs the active role; delivers a speech to the audience at a specific time (occasion) for specific effects.
- Speech: The tool used to persuade or influence the audience. It must be tailored according to the target audience and the situation.
- Occasion: The situation or venue where the speech occurs.
- Audience: Influenced by the speech; remains in a passive role.
- Effect: The final result, which involves influencing the audience's mind and persuading their thoughts towards the speaker.
Model 2: Shannon-Weaver Model ()
The Technical Transmission Loop: Developed by Claude Shannon and Warren Weaver, this classic mathematical model describes communication as a linear, engineering-based structure.
Key Elements (Linear with Noise):
- Information Source (Sender): The person who creates the original message or idea in their mind.
- Transmitter (Encoder): The tool or device (e.g., microphone or phone) that converts the message into electronic signals.
- Channel: The pathway or medium (e.g., airwaves, wires, or the internet) through which the signal travels.
- Noise: Any unwanted distraction or interference (e.g., static or background noise) that disrupts the message along the channel.
- Receiver (Decoder): The device that catches the signal and converts it back into understandable words (e.g., a phone speaker or earphone).
- Destination: The final person who gets, hears, and is supposed to understand the message.
Visual Representation: The flow follows Sender $\rightarrow$ Encoder $\rightarrow$ Channel (affected by Noise) $\rightarrow$ Decoder $\rightarrow$ Receiver $\rightarrow$ Destination.
Model 3: Transaction Model
Transactional Framework: Transforms communication into a real-time, shared process.
Core Concepts:
- Simultaneous Action: Both participants operate as "communicators." Sending, receiving, and decoding occur simultaneously through ongoing feedback.
- Collaborative Meaning: Meaning is co-created. Understanding is developed together through verbal exchanges and immediate facial cues.
- Contextual Spheres: Acknowledges that physical spaces, cultures, and relationships continuously shape how messages are interpreted.
Elements of the Transaction Model:
- Communicators (Sender/Receiver): People involved who simultaneously act as both senders and receivers, reversing roles constantly.
- Behaves/Decodes: The actions performed; one person "behaves" (acts or speaks to create a message) while the other "decodes" (interprets and understands).
- Message: The information, ideas, or meaning collaboratively shared.
- Channel(s): The pathways or mediums through which messages and feedback travel.
- Feedback: The response or return message sent back to the original speaker, creating a continuous two-way loop.
- Noise: A disruptive barrier or interference that messes up the smooth flow of communication.
Model 4: Schramm's Model ()
The Field of Experience (\text{Erfahrungsfeld}): Wilbur Schramm argued that communication success relies on the overlapping life histories, cultures, and values between participants.
Overlapping Fields:
- Encoding & Decoding: Senders construct messages while receivers interpret them using their specific cultural backgrounds.
- Zero Overlap Fallacy: If fields of experience have zero overlap, messages are easily misconstrued.
- Commonality Goal: Effective communication aims to establish shared reference frames.
Key Elements (Interactive Loop):
- Sender/Encoder: The source who creates the message and translates it into a clear code based on personal experiences.
- Signal: The actual message, sign, or symbol transmitted.
- Decoder/Receiver: The destination who captures the signal and translates it into meaning using their own personal experiences.
- Field of Experience: The accumulated background, knowledge, culture, and life experiences of an individual.
- Feedback: The loop where the receiver responds back to the sender, turning communication into an interactive, shared process.
- Noise: An interfering barrier that disrupts or alters the signal between overlapping fields.
Comparative Analysis of Communication Models
Aristotle's Model:
- Classification: Linear (Classical Rhetoric)
- Core Concept: Speaker, occasion, audience, effect.
- Role of Receiver: Passive (Listener).
- Academic Limitation: Excludes interpersonal conversation.
Shannon-Weaver Model:
- Classification: Linear (Mathematical)
- Core Concept: Technical signals, channel encoding, noise.
- Role of Receiver: Passive (Decoder).
- Academic Limitation: Ignores semantic nuances and lacks a feedback loop.
Transaction Model:
- Classification: Transactional
- Core Concept: Continuous, simultaneous role swap.
- Role of Receiver: Active Communicator.
- Academic Limitation: Extremely high complexity; difficult to isolate specific factors.
Schramm's Model:
- Classification: Interactive
- Core Concept: Field of experience, interpreter roles.
- Role of Receiver: Active Interpreter.
- Academic Limitation: Assumes eventual commonality between participants; generalization.