OVERVIEW
The Shannon–Weaver model of
communication has been called the "mother of all
models."Social Scientists use the term to refer to an integrated model of
the concepts of information
source, message, transmitter, signal, channel, noise,receiver,
information destination, probability of error, encoding, decoding,information rate, channel capacity,
etc. However, this is misleading, as the related fundamental ideas were
developed by Shannon alone.
In 1948, Shannon was an American
mathematician, Electronic engineer and Weaver was an American scientist both of
them join together to write an article in “Bell System Technical Journal”
called “A Mathematical Theory of Communication” and also called as
“Shannon-Weaver model of communication”.
This
model is specially designed to develop the effective communication between
sender and receiver. Also they find factors which affecting the communication
process called “Noise”. At first the model was developed to improve the
Technical communication. Later it’s widely applied in the field of
Communication.
Warren
Weaver:
The article was the founding work of
the field of information
theory. It was later published in 1949 as a book titled The Mathematical
Theory of Communication which was published as a paperback in 1963. The
book contains an additional article by Warren Weaver, providing
an overview of the theory for a more general audience. Shannon's article laid
out the basic elements of communication
SHANNON-WEAVER’S
MODEL OF COMMUNICATION
Sender : The originator of message or the information source selects desire message
Encoder : The transmitter
which converts the message into signals
Decoder : The reception place
of the signal which converts signals into message.
Receiver : The destination of
the message from sender
Noise : The messages
are transferred from encoder to decoder through channel. During this process
the messages may distracted or affected by physical noise like horn sounds,
thunder and crowd noise or encoded signals may distract in the channel during
the transmission process which affect the communication flow or the receiver
may not receive the correct message.
Explanation
of Shannon Weaver Model:
The sender
encodes the message and sends it to the receiver through a technological
channel like telephone and telegraph. The sender converts the
message into codes understandable to the machine. The message is sent in codes
through a medium. The receiver has to decode the message before
understanding it and interpreting it. The receptor machine can also act
as a decoder in some cases. The channel can have noise and the receiver
might not have the capacity to decode which might cause problems in
communication process.
Here, for
instance, brain might be the sender, mouth might be the encoder which
encodes to a particular language, air might be the channel, another
person’s ear might be the receptor and his brain
might be the decoder and receiver. Similarly, air
is the channel here, the noise present in his environment that disturbs them is
the noise whereas his response is the feedback. There
were only 5 components when the model was made. Noise was added later
Practical
Example of Shannon-Weaver model of communication :
Thomson made call to his assistant
“come here I want to see you”. During his call, noise appeared
(transmission error) and his assistant received “I want” only. Again Assistant
asked Thomson (feedback) “what do you want Thomson”.
Sender
: Thomson
Encoder
:
Telephone (Thomson)
Channel
:
Cable
Noise
:
Distraction in voice
Reception
: Telephone (Assistant)
Receiver
:
Assistant
Due to transmission error or noise,
Assistant can’t able to understand Thomson’s messages.
The noise which affect the
communication flow between them.
COMMUNICATION :
One of the simplest model and its
general applied in various communication theories
The model which attracts both
academics of Human communication and Information theorist to leads their
further research in communication
It’s more effective in person-to-person
communication than group or mass audience
The model based on “Sender and
Receiver”. Here sender plays the primary role and receiver plays the secondary
role (receive the information or passive)
Communication is not a one way
process. If it’s behaved like that, it will lose its strength. For
example: Audience or receiver who listening a radio, reading the books or
watching television is a one way communication because absence of feedback
Understanding Noise will helps to
solve the various problems in communication
This model
is specially designed to develop the effective communication between sender and
receiver. Also they find factors which affecting the communication process
called “Noise”. At first the model was developed to improve the Technical
communication. Later it’s widely applied in the field of Communication.
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