Communication is the basis of interaction between all living beings. Whether it is humans, animals or birds, everyone communicates with their fellow beings through various mediums.
- Encoding converts a message into a coded format suitable for transmission or storage. At the same time, decoding converts the coded message back into its original form.
- Encoding is used to protect data during transmission or storage, while decoding is used to retrieve the original data.
- Common examples of encoding include encryption, Huffman coding, and Base64 encoding, while common examples include decryption, Huffman decoding, and Base64 decoding.
Encoding vs Decoding
The difference between Encoding and Decoding is that Encoding is referred to as the sender creating a message in a certain format to make it readable by the receiver, whereas, Decoding is referred to as the interpretation of the encoded message by the receiver. Both encoding and decoding can either be verbal or non-verbal based on the purpose of the conversation.
Encoding is the process in which a message is created or formed for communication. The sender is the encoder who creates the message.
On the other hand, Decoding is the process in which the encoded message is interpreted or understood to fulfil the purpose of communication.
|Parameters of Comparison||Encoding||Decoding|
|Definition||Encoding is referred to as creating or coding a message in an understandable form.||Decoding is referred to as interpreting the coded message.|
|Input||The applied signal or message is the input.||Coded binary data is the input.|
|Output||The generated data in the coded form is the output.||The message in understandable form is the output.|
|Usage||It is utilized in Emails, videos etc.||It is utilized in microprocessors, memory cards etc.|
|Installation||The encoder (sender or any software) used is installed at the transmitting end.||The decoder or receiver is there at the receiving end.|
|Complexity||It is a simpler process.||It is complex as it involves the interpretation of the codes.|
What is Encoding?
Encoding is defined as the creation and conversion of a message or information into coded form. Coding is a program that facilitates a particular piece of information to be in a format issued by certain protocols.
Coding and system are interrelated with one another. Encoding is shaped or structured by the encoder, which creates and puts the message in such a way that it is understandable by the reader or receiver.
Without the encoder or source, communication will not be possible. Therefore, the encoder is an important element in a conversation. However, having an encoder is not enough.
Encoding can be verbal or non-verbal, depending on the requirement of the conversation. It is used in emails, videos or images etc.
What is Decoding?
Decoding is defined as the understanding and interpretation of the message formed by the encoder.
This process is carried out by a decoder, i.e. either a person or any system that converts the coded message into a simpler form and interprets it.
Decoding becomes successful when the receiver understands the message easily. As a result of this, the receiver is able to convey a reply or another message to the sender.
When the message reaches the receiver, it should be in a clear, appropriate and meaningful format so that there is no misconception about the intention and purpose of the message.
Decoding is either verbal or non-verbal, depending on the type of message the encoder sends. It is mostly used in microprocessors and memory cards.
Main Differences Between Encoding and Decoding
- Encoding is utilized in emails, videos etc. and decoding is utilized in microprocessors, memory cards etc.
- The encoder works at the transmitting end, while the decoder works at the receiving end of the communication.
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Sandeep Bhandari holds a Bachelor of Engineering in Computers from Thapar University (2006). He has 20 years of experience in the technology field. He has a keen interest in various technical fields, including database systems, computer networks, and programming. You can read more about him on his bio page.