Born in 1916
Known as the “Father of Information Theory”
1932 –University of Michigan
(1) Electrical engineering (2) Mathematics
1937 – Founding both digital computer and digital circuit design theory
1938 – Master Degree ; Massachusetts Institute of Technology (MIT)
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Elements of the communication process presentation
1. Elements of the communication
process
(The Shannon diagram)
Presented By:
SITI NUR FADHILLAH ABD HAMID
SITI NURHAZIEMAH HJ JAPARI
2. Claude Shannon
• Born in 1916
• Known as the “Father of Information Theory”
• 1932 –University of Michigan
(1) Electrical engineering (2) Mathematics
• 1937 – Founding both digital computer and digital circuit design
theory
• 1938 – Master Degree ; Massachusetts Institute of Technology
(MIT)
3. • American Mathematician, ”The mathematical theory of
communication”
• Objectives:
– To discover how communication messages could be converted
into electronic signals efficiently
– Identify the quickest and most efficient way to get a message
from one point to another
– How to transmit signals with a minimum error.
4. Shannon’s Elements of
Communication Process
• Information Source
• Encoder
• The channel
• Decoder
• Receiver
• Destination
5. Practical Example of Shannon model communication
Sender : Ryan Gosling
process
“Come Here, I want To See You.”
Encoder : Telephone (Ryan Gosling)
Channel : Cable
Noise : Distraction in voice
(workplace noises)
Reception: Telephone (Assistant)
Receiver : Assistant
Received: “I want” only.
6. The basic chart of Shannon’s theory of
communication
Process Process
8. What she said:
I like apples. Do you want to go buy some
apples with me?
(while communicating at a farm)
What you heard:
I like apples. Do you want to go burn houses
with me?
Claude Elwood shannon
1932 - entered the University of Michigan
– graduated with two bachelor degree namely (1) electrical engineering and (2) mathematics
1937- credited with founding both digital computer & digital circuit design theory
- American Mathematician, who produced an article entitled “The Mathematical theory of communication”
-To discover how communication messages could be converted into electronic signals efficiently
-Identify the quickest and most efficient way to get a message from one point to another
-How to transmit signals with a minimum error.
Due to transmission error or noise, Assistant unable to understand Ryan’s messages.
*The noise which affect the communication flow between them.