In wireless communication, integrity of data is ensure bya.Decrypting using public key of senderb.Decrypting using receivers public keyc.Decrypting using receivers private keyd.Matching hash values at receivers and senders sides

In wireless communication, the integrity of data is ensured by:

d. Matching hash values at receivers and senders sides

Here's a step-by-step explanation:

1. When the sender wants to send a message, they first create a hash of the message. A hash is a fixed-size numerical or alphanumeric value computed from an input (in this case, the message).

2. The sender then sends both the message and the hash to the receiver.

3. Upon receiving the message and the hash, the receiver computes a new hash from the received message.

4. The receiver then compares the hash they computed from the received message with the hash received from the sender.

5. If the two hashes match, the receiver can be confident that the message was not altered during transmission. If the hashes do not match, the receiver knows that the message was tampered with.

This process ensures the integrity of data in wireless communication.