D. Prototyping. This is because a prototype is basically a replica of the original one and in order to find out what all we need to add in our original, material selection plays a vital role in prototypes.
Answer:
The features that required to protect the privacy should be:
- Protection of User name and Password
- Protection of Finger print and other bio metric information if collected from user.
- Protection of Personnel Information such as contact information, Identity information if collected.
- Protection of data shared such as pictures and videos.
Explanation:
Privacy protection is required to different websites that are involved in collection of different information from users such as user name, password, contact information, account information and messengers. These websites could be website of some bank, online mailing platforms, online shopping platform and social media platforms. These all are used to share and gather our personnel information for different purposes. To ensure the protection of user data they signed a document with users at the time of making account.
The above mentioned are the features that should be included in privacy protection of the website. As all mentioned features are personnel for every user and should be protected from hackers.
The L2TP or Layer 2 Tunneling Protocol is often used in conjunction with ipsec to provide a remote access client vpn with user authentication.
<h3>What is vpn?</h3>
VPN is known as a Virtual Private Network extends a private network across a public network and activates users to send and receive data across shared or public networks as if their computing devices were directly connected to the private network.
The main difference between VPN proxy and a VPN is encryption and VPNs hides all the web activities performed by the user as well as user's private IP address.
Therefore, the L2TP or Layer 2 Tunneling Protocol is often used in conjunction with ipsec to provide a remote access client vpn with user authentication.
Learn more about VPN here:
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Answer:
Here you go, Change it however you'd like :)
Explanation:
import random as r
def play_round(p1, p2):
cards = [1,2,3,4,5,6,7,8,9,10,"J","Q","K","A"]
play1 = r.choice(cards)
play2 = r.choice(cards)
while play1 == play2:
play1 = r.choice(cards)
play2 = r.choice(cards)
if cards.index(play1) > cards.index(play2):
return f"{p1}'s Card: {play1}\n{p2}'s Card: {play2}\nThe Winner is {p1}"
else:
return f"{p1}'s Card: {play1}\n{p2}'s Card: {play2}\nThe Winner is {p2}"
print(play_round("Bob","Joe"))
Answer:
Worst case time of Heapsort is better than worst case time of Quicksort.
Explanation:
Worstcase of Heapsort is nlog(n). Worstcase time of Quicksort is (n^2). Heapsort is comparison based sorting algorithm. Heapsort divides input into sorting. It is a selection sort in which we send maximum inputs for maximum elements at end. Quicksort is divide and conquer algorithm. It is considered as efficient sourcing algorithm.
