Shannon and Weaver Model of Communication | Business Communication | Study at Home with me

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Shannon and Weaver Model of Communication
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 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.
The model deals with various concepts like Information source, transmitter, Noise, channel, message, receiver, channel, information destination, encode and decode.
Sender : The originator of message or the information source selects desire message
Encoder : The transmitter which converts the message into signals
Note: The sender’s messages converted into signals like waves or Binary data which is compactable to transmit the messages through cables or satellites. For example: In telephone the voice is converted into wave signals and it transmits through cables
Decoder : The reception place of the signal which converts signals into message. A reverse process of encode
Note : The receiver converts those binary data or waves into message which is comfortable and understandable for receiver. Otherwise receiver can’t receive the exact message and it will affect the effective communication between sender and receiver
Receiver : The destination of the message from sender
Note : Based on the decoded message the receiver gives their feed back to sender. If the message distracted by noise it will affect the communication flow between sender and receiver
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
Note : The model is clearly deals with external noises only which affect the messages or signals from external sources. For example: If there is any problems occur in network which directly affect the mobile phone communication or distract the messages
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[@KartikRaghav1718]

Helpful ❤

[@CollegeTutor]

Glad you think so!

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Thumbnail. 4k Video 360p Knowledge 16K ❤

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[@anshusonkar9593]

Thanks for vedio sir

[@saloni1204]

Thank you sir

[@CollegeTutor]

Welcome

[@meenakshithakur2243]

But after adding the 7th key concept of feedback by Norbert Weiner , this model changed from linear to cyclical.

[@kudikamaal2840]

Bhadhiya 😁😁😁 Lecture ❤️

[@CollegeTutor]

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[@SumitKumar-lb1mh]

Ye model MJPR University ke paper 📄 me likh skte h????

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👍

[@ZahidRaheem]

Lack of explanation

[@sohitsharma4739]

You didn't explain it well...infact u had been running, didn't define noise Nd feedback properly

[@CollegeTutor]

Sorry if it was not helpful for you.