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where n and x have to be input from the user. The function should have two parameter n and x and return the sum of the series.
Center to Center distances between various blocks/center is as follows:
| Law Block to business Block | 40m |
| Law block to Technology Block | 80m |
| Law Block to HR center | 105m |
| Business Block to technology Block | 30m |
| Business Block to HR Center | 35m |
| Technology block to HR center | 15m |
Number of computers in each of the blocks/Center is as follows:
| Law Block | 15 |
| Technology Block | 40 |
| HR center | 115 |
| Business Block | 25 |
(a) Suggest the most suitable place (i.e., Block/Center) to install the server of this University with a suitable reason.
(b) Suggest an ideal layout for connecting these blocks/centers for a wired connectivity.
(c) Which device will you suggest to be placed/installed in each of these blocks/centers to efficiently connect all the computers within these blocks/centers.
(d) The university is planning to connect its admission office in the closest big city, which is more than 250km from university. Which type of network out of LAN, MAN, or WAN will be formed? Justify your answer.
Write a program to sort the (name, age, height) tuples by ascending order where name is string, age and height are numbers. The tuples are input by the user. The sort criteria is:
1: Sort based on name;
2: Then sort based on age;
3: Then sort by score.
The priority is that name >age >score.
If the following tuples are given as input to the
program:
ram,19,20
Shyam,15,67
Raju,13,90
Rakesh,17,78
Then, the output of the program should be:
[('Raju', '13', '90'), ('Rakesh', '17', '78'), ('Shyam', '15', '67'), ('ram', '19', '20')]
As a network consultant, you have to suggest the best network related solutions for their issues/
problems raised in (a) to (d) keeping in mind the distances between various locations and other given parameters.
Shortest distances between various locations:
| VILLAGE 1 to B_TOWN | 2 KM |
| VILLAGE 2 to B_TOWN | 1.0 KM |
| VILLAGE 3 to B_TOWN | 1.5 KM |
| VILLAGE 1 to VILLAGE 2 | 3.5 KM |
| VILLAGE 1 to VILLAGE 3 | 4.5 KM |
| VILLAGE 2 to VILLAGE 3 | 2.5 KM |
| A_CITY Head Office to B_HUB | 25 KM |
Number of Computers installed at various locations are as follows:
| B_TOWN | 120 |
| VILLAGE 1 | 15 |
| VILLAGE 2 | 10 |
| VILLAGE 3 | 15 |
| A_CITY OFFICE | 6 |
Note:
• In Villages, there are community centers, in which one room has been given as training center to this organization to install computers.
• The organization has got financial support from the government and top IT companies.
(a) Suggest the most appropriate location of the SERVER in the B_HUB (out of the 4 locations), to get the best and effective connectivity. Justify your answer.
(b) Suggest the best wired medium and draw the cable layout (location to location) to efficiently connect various locations within the B_HUB.
(c) Which hardware device will you suggest to connect all the computers within each location of B_HUB?
(d) Which service/protocol will be most helpful to conduct live interactions of Experts from Head Office and people at all locations of B_HUB?