1. Increased Throughput
Increasing throughput is the most significant advantage of network coding. Instead of sending five separate transmissions for the same recipient, for instance, you just send one. That lessens how often the network has to encode data before sending, reducing the chances of network congestion.
2. Guaranteed Robustness
Packet loss that can lead to data corruption occurs in wireless networks. It can result from a buffer overflow, link outage, or collision. By setting up an acknowledgment system, network coding can help you avoid such a hassle. In this setup, the recipient acknowledges receipt of the message. If the receiver doesn’t get the message, the sender gets notified. That way, the sender can resend the unsent message.
In some cases, link failures or the connection between two networks fail. Network coding can create backups so the networks can quickly recover from such errors and communication disruption doesn’t occur.
3. Enhanced Security
In this regard, network coding, which encodes data packets before sending, ensures only recipients who can decode them can read their contents.
4. Automated Scalability
Network coding enables the more efficient use of network resources or bandwidth. Its ability to combine messages intended for the same recipient allows the network to scale better. As a result, the network can automatically adjust to the volume of messages sent.
5. Improved Network Resilience
Network coding, as mentioned earlier, enables backup and recovery. As such, it can guarantee that no data gets corrupted or lost during transmission.
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