Answer:
The diameter of T is 2k+1.
See explaination for the details
Explanation:
We can compute the diameter of the tree T by a pruning procedure, starting at the leaves (external nodes).
Remove all leaves of T. Let the remaining tree be T1.
Remove all leaves of T1. Let the remaining tree be T2.
Repeat the "remove" operation as follows: Remove all leaves of Ti. Let remaining tree be Ti+1.
When the remaining tree has only one node or two nodes, stop! Suppose now the remaining tree is Tk.
If Tk has only one node, that is the center of T. The diameter of T is 2k.
If Tk has two nodes, either can be the center of T. The diameter of T is 2k+1.
Answer:
Half Duplex
Explanation:
Half duplex is one way connection. It entails that while you are sending you can't receive and while you are receiving you can't send. A typical example is walkie-talkie.
Answer:
false
Explanation:
According to my research on Information Technology, I can say that based on the information provided within the question this statement is actually false. A socket sniffer captures TCP/IP packets to analyze network traffic. The device that monitors data like the one mentioned in the question would just be called a sniffer.
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
A type of situation in which it would make sense to use edge computing is: b. where critical decisions must be made on a split-second basis.
<h3>What is edge computing?</h3>
Edge computing can be defined as a distributed computing system that involves the deployment of computing and storage resources closer to the sources of data, so as to save time and enhance the decision-making process.
This ultimately implies that, a type of situation in which it would make sense to use edge computing is a scenario where critical decisions must be made on a split-second basis.
Read more on edge computing here: brainly.com/question/23858023
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<u>Complete Question:</u>
In which type of situation would it make sense to use edge computing?
a. where data is uploaded to a server at a scheduled time each week
b. where critical decisions must be made on a split-second basis
c. where users are in close proximity to the central data server
d. where there are few or no digital devices to capture
e. i don't know this yet
Answer and Explanation:
def loop(start, stop, step):
return_string = ""
if step == 0:
step = 1
if start > stop: # the bug was here, fixed it
step = abs(step) * -1
else:
step = abs(step)
for count in range(start, stop, step):
return_string += str(count) + " "
return return_string.strip()