OPPapers.com Essay Index >> Miscellaneous >> Calculating Bandwidth
We have many free term papers and essays on Calculating Bandwidth. We also have a wide variety of research papers and book reports available to you for free. You can browse our collection of term papers or use our search engine.
Calculating Bandwidth Calculation 1: Total Data Transferred Part 1 ? To find the first part of the equation, the size of the file must be figured out to kilobits
specifying a physical topology. This physical topology is a graph G with a set (V,E) of vertices and edges. Each vertex corresponds to either a network router or
to the accuracy of the voltage output, it wasn't surprising for the amplitude to have a low percentage error of 2.46%, as basic circuit analysis and problem solving
of scoring methods listed above. Finally, 13 projects were selected to be included in the Comcast portfolio. The break-up of the projects selected are as follows:
won?t know whether the VoIP migration has saved them money. Stephen Leaden,president of Leaden Associates Inc.,a telecom- munications consultancy in Wash- ingtonville,N.Y.,says
Submitted by shanky6635 on February 8, 2008
Category: Miscellaneous
Words: 355 | Pages: 2
Views: 428
Popularity Rank: 28,951
Average Member Grade: N/A (Add a Comment / Grade this Paper)
Calculation 1: Total Data Transferred
Part 1 To find the first part of the equation, the size of the file must be figured out to kilobits per minute. To do that, you multiply the size of the file times the value of 60 seconds per 1 minute.
22 kilobits per second * (60 seconds / 1 minute) = 1320 kilobits per minute
Part 2 The next part of the equation is to find the file size in kilobits per hour. Using the prior equation, we would take the file size and multiply it by the value of 60 minutes per hour.
1320 kilobits per hour * (60 minutes / 1 minute) = 79,200 kilobits per hour
Part 3 This part of the equation is to figure out how many bytes are in the file. The conversion is 8 bits per 1 byte.
79,200 kilobits * (1 bytes / 8 bit) = 9,900 bytes
Part 4 The final part is to get the bytes into megabytes. The conversion is 1024 bytes per 1 Megabyte.
9,900 bytes * (1 Megabyte / 1024 bytes) = 9.67 Megabytes per second
Calculation 2: Required Internet Bandwidth
Part 1 To get the required bandwidth, we have to multiply the number of users and the size of the file. In this case, its 1,200 users and the file size is 22 kilobits per second.
1,200 user * (22 kilobits per second / 1 user) = 26,400 kilobits per second
Part 2 The next part is to get the total size in Megabits. The conversion is 1024 kilobytes per 1 Megabit.
26,400 kilobits * (1 Megabit / 1024 kilobits) = 25.8 Megabits-per-second
Part 3 The last part is to figure out if our line can handle the bandwidth expectations of the expected traffic for the event.
45 Megabits per second 25.8 Megabits per second = 19.2 Megabits per second to spare.
The answer is yes. We would have enough to spare for the live event. When the total amount of the live events...
You must Login to view the entire paper.
If you are not a member yet, Sign Up for free!