Answer:
Find the explanation below.
Explanation:
Asymmetric encryption is a system of communication in technology between two parties where keys which are variable values coined by an algorithm are used to encrypt and decrypt the messages between the sender and receiver. The two types of keys used in this process are the public and private keys. The public keys can be used by anyone to encrypt messages which are then sent to the receiver who decrypts the message using his private keys. The private keys on the other hand are only shared by the person who first set up the key. In sending messages this way, the receiver's public key is gotten from a public directory, and the message encrypted by the sender. The receiver can then decrypt the message using his private keys. But if the message is encrypted using a private key, it is decrypted by the receiver with a public key.
The one-way nature of this style of communication ensures data integrity and confidentiality since users are not required to disclose their keys and only the two parties can access the message. The two end users also preserve the right to authenticate the keys. The transport layer security protocol makes use of asymmetric encryption.
I've included the spin and main method. I also included the public class. You can just ignore everything besides the spin method.
Answer: True
Explanation:
Yes, the given statement is true, as the bastion host basically require two individual firewall that connect with the internal network and perimeter network by using the perimeter configuration.
Perimeter network basically isolate the the bastion host from the internal network. Bastion host is the serve as the host that connect with the external world. As, perimeter network is one of the type of the firewall network system.
Therefore, the internal network and the perimeter network basically connect with the firewall by using bastion host.
In sinusoidal functions or in waves, "phase" has two different, but closely related, meanings. One is the initial angle of a sinusoidal function at its origin and is sometimes called phase offset or phase difference. Another usage is the fraction of the wave cycle that has elapsed relative to the origin.
