in the <u>star</u> topology configuration, hosts are connected to each other through a central controller which assumes all responsibility for routing messages to the appropriate host.
Define topology.
When a geometric object <u>is stretched, twisted, crumpled, or bent without closing or opening holes, ripping, gluing, or passing through itself, certain features are kept</u>. This is known as topology in mathematics.
<u>The study of datasets using </u><u>topological </u><u>methods</u> is known as topological-based data analysis (TDA) in applied mathematics. <u>Open sets are a convenient way to define the basic </u><u>topological </u><u>notions of continuity, compactness, and connectedness</u>.
To learn more about topology, use the link given
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<span>began operating in 1995
shongololo means </span><span> “to roll up”
non- profit organization </span>
Answer:
E). User education and training.
Explanation:
In the context of network security, the most significant aspect of ensuring security from workstation cyberattacks would be 'education, as well as, training of the users.' <u>If the employee users are educated well regarding the probable threats and attacks along with the necessary safety measures to be adopted and trained adequately to use the system appropriately so that the sensitive information cannot be leaked</u> while working on the workstation and no networks could be compromised. Thus, <u>option E</u> is the correct answer.
Answer:
In python Language:
cardNotation = raw_input("Enter card notation: ")
# Create a dict for values
cardColors = {"D": "Diamonds",
"H": "Hearts",
"S": "Spades",
"C": "Clubs"}
cardNumberValues = {"A": "Ace",
"J": "Jack",
"Q": "Queen",
"K": "King",
"2": "Two",
"3": "Three",
"4": "Four",
"5": "Five",
"6": "Six",
"7": "Seven",
"8": "Eight",
"9": "Nine",
"10": "Ten"}
# Handle cases when 10 comes in input
if len(cardNotation) == 3:
number = cardNotation[:2]
color = cardNotation[2:]
print cardNumberValues.get(number) + " of " + cardColors.get(color)
elif len(cardNotation) == 2:
number = cardNotation[:1]
color = cardNotation[1:]
print cardNumberValues.get(number) + " of " + cardColors.get(color)
else:
print "INVALID VALUE"
