In wireless communication, encoding transforms data into a format suitable for transmission over a channel, often using techniques like modulation, error correction, and compression to enhance reliability and efficiency. The encoded signal is then transmitted through the air as electromagnetic waves. At the receiving end, decoding reverses the process, converting the received signal back into its original data format while correcting any errors that may have occurred during transmission. This process ensures that the information is accurately conveyed despite potential interference and signal degradation.
encoding
decoding is to unscramble a code, encoding is to make or join two codes and make one
Dysgraphia is a problem of encoding language not decoding language like dyslexia.
Sender-Encoding-Channel-Decoding-reciever-Responce-Feedback
A cipher machine is a mechanical device for encoding and decoding messages.
The CLPI keyword is significant in video encoding and decoding as it helps identify the order of video clips in a playlist, allowing for seamless playback and organization of multimedia content.
stimulus ideation encoding reception decoding understanding action
Source idea Message Encoding Channel Receiver Decoding Feedback
the nine elements of communication is....... Sender Receiver Encoding Decoding Media Message Response Feedback Noise the nine elements of communication is....... Sender Receiver Encoding Decoding Media Message Response Feedback Noise
Decoding is step two of a process first described by communication scholar Stuart Hall. He first discussed step one-- encoding. Encoding refers to creating or producing a message; decoding refers to the listener or audience interpreting and understanding that message. For example, a company that sells candy bars wants you to buy one of theirs, rather than their competitor's. So they create a fun television commercial (encoding). You see it on TV and you interpret and understand what was being told to you (decoding).
Physical layer which is the first layer in OSI reference model is responsible for signal encoding and decoding.
source → encoding → receiver → decoding