2. Calculate the file distribution time in a peer-to-peer (P2P) network for each of N 100, 1000, and 10000. (5 pts)
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2 File distribution time: Server-Client vs. P2P (10 pts) Consider distribution of a file to N peers on a network....
Answer all please Client-server vs. P2P (20 pts) Consider distribution of a file to N peers...
Answer all please
Client-server vs. P2P (20 pts) Consider distribution of a file to N peers on a network. The network parameters are as below. 100 Number of peers, N Time limit, T Upload rate of the server, u, Download rate of each peer, di Upload rate of each peer, ti 100 secs 10 Mbps 5 Mbps 1 Mbps 1. Calculate the maximum size of a file that a client-server network can distribute. (10 pts) 2. Calculate the maximum size...
Questions: i. (1Spt.) Consider distributing a file of F 10 bytes to N peers. The server has an upload rate of H, 100Mbps, and each peer has a download rate of d, 2Mbps and an upload rate of u. For...
Questions: i. (1Spt.) Consider distributing a file of F 10 bytes to N peers. The server has an upload rate of H, 100Mbps, and each peer has a download rate of d, 2Mbps and an upload rate of u. For N 10, 100, 1000 and "-250Kbps, 500Kbps, 1Mbps, pre pare a chart g the combinations of N and u for both client/server distribution and iving the minimum distributio n time for each of P2P distribution.
Questions: i. (1Spt.) Consider distributing...
Questions: i. (1Spt.) Consider distributing a file of F 10 bytes to N peers. The server has an upload rate of H, 100Mbps, and each peer has a download rate of d, 2Mbps and an upload rate of u. For...
Questions: i. (1Spt.) Consider distributing a file of F 10 bytes to N peers. The server has an upload rate of H, 100Mbps, and each peer has a download rate of d, 2Mbps and an upload rate of u. For N 10, 100, 1000 and "-250Kbps, 500Kbps, 1Mbps, pre pare a chart g the combinations of N and u for both client/server distribution and iving the minimum distributio n time for each of P2P distribution.
Questions: i. (1Spt.) Consider distributing...
For this problem we are distributing a file of size F = 2 Gbits to each...
For this problem we are distributing a file of size F = 2 Gbits to each of 6 peers on a peer to peer network. Suppose the server has an upload rate of u = 56 Mbps, and that the 6 peers have upload rates of: Un = 27 Mbps, uz = 21 Mbps, uz = 24 Mbps, 44 = 29 Mbps, u5 = 29 Mbps, 46 = 21 Mbps, and download rates of: dy = 23 Mbps, d2 =...
2. A peer-to-peer system consists of a server (containing a copy of a file), and 20...
2. A peer-to-peer system consists of a server (containing a copy of a file), and 20 peers. The file size is 10,000 bits, the upload rate of the server is 5,000 bits/sec., and the upload rate of each peer is 2,500 bits/sec. The download rate of each peer is 4,000 bits/sec. What is the minimum time required to distribute the file to all the peers under the peer-to-peer model ?
Please Answer all Questions on Networks, They all involve calculation ( 1-9 Questions) "A single router...
Please Answer all Questions on Networks, They all involve calculation ( 1-9 Questions) "A single router is transmitting packets, each of length L bits, over a single link with transmission rate R Mbps to another router at the other end of the link. Suppose that the packet length is L= 12000 bits, and that the link transmission rate along the link to router on the right is R = 1000 Mbps. What is the maximum number of packets per second...
Parts 28, 29, and 30 Consider the figure below, for which there is an institutional network...
Parts 28, 29, and 30
Consider the figure below, for which there is an institutional network connected to the Internet. Suppose that the average (upload or download) object size is 1 Mbytes. Also suppose that the amount of time it takes from when the router on the Internet stde of the access link forwards an HTTP request until it receives the response is 3 seconds on average. Answer questions (28)-(30) Origin server Origin servers Public Internet Public intenet 15 Mbps...
on calculations can i see how did the expect come to the solution ,all the workout...
on calculations can i see how did the expect come to the solution ,all the workout should be included QUESTION 1 A file of size F = 8 Gbits needs to be distributed to10 peers. Suppose the server has an upload rate of u = 68 Mbps, and that the 10 peers have upload rates of: u1 = 20 Mbps, u2 = 22 Mbps, u3 = 12 Mbps, u4 = 19 Mbps, u5 = 25 Mbps, u6 = 24 Mbps,...
2. Given the table below (10 pts): A. Draw the project network B. Calculate the expected...
2. Given the table below (10 pts): A. Draw the project network B. Calculate the expected time to complete each activity as well as the variance (or standard deviation) associated with that time C. Determine the time associated with each potential path and denote the critical path D. Given the calculated data, what is the probability of completing the project in 30 days? 35 days? E. If you were to try to improve your performance (in terms of time), what...
DI Question 2 1.5 pts Which situations allow the client main() in the file my_program.py to access a method name, say f...
DI Question 2 1.5 pts Which situations allow the client main() in the file my_program.py to access a method name, say func(), alone, as in x-func) without dereferencing it using prepended name like modname.func or x = some object. func () or x-SomeClass.func() O func) is defined in some module, say, "modname.py" and modname is imported into my_program.py using: from modname import func() is an instance method or a class method in a class, say SomeClass, defined in the same...
Answer all please
Client-server vs. P2P (20 pts) Consider distribution of a file to N peers on a network. The network parameters are as below. 100 Number of peers, N Time limit, T Upload rate of the server, u, Download rate of each peer, di Upload rate of each peer, ti 100 secs 10 Mbps 5 Mbps 1 Mbps 1. Calculate the maximum size of a file that a client-server network can distribute. (10 pts) 2. Calculate the maximum size...
Questions: i. (1Spt.) Consider distributing a file of F 10 bytes to N peers. The server has an upload rate of H, 100Mbps, and each peer has a download rate of d, 2Mbps and an upload rate of u. For N 10, 100, 1000 and "-250Kbps, 500Kbps, 1Mbps, pre pare a chart g the combinations of N and u for both client/server distribution and iving the minimum distributio n time for each of P2P distribution.
Questions: i. (1Spt.) Consider distributing...
Questions: i. (1Spt.) Consider distributing a file of F 10 bytes to N peers. The server has an upload rate of H, 100Mbps, and each peer has a download rate of d, 2Mbps and an upload rate of u. For N 10, 100, 1000 and "-250Kbps, 500Kbps, 1Mbps, pre pare a chart g the combinations of N and u for both client/server distribution and iving the minimum distributio n time for each of P2P distribution.
Questions: i. (1Spt.) Consider distributing...
For this problem we are distributing a file of size F = 2 Gbits to each of 6 peers on a peer to peer network. Suppose the server has an upload rate of u = 56 Mbps, and that the 6 peers have upload rates of: Un = 27 Mbps, uz = 21 Mbps, uz = 24 Mbps, 44 = 29 Mbps, u5 = 29 Mbps, 46 = 21 Mbps, and download rates of: dy = 23 Mbps, d2 =...
Parts 28, 29, and 30
Consider the figure below, for which there is an institutional network connected to the Internet. Suppose that the average (upload or download) object size is 1 Mbytes. Also suppose that the amount of time it takes from when the router on the Internet stde of the access link forwards an HTTP request until it receives the response is 3 seconds on average. Answer questions (28)-(30) Origin server Origin servers Public Internet Public intenet 15 Mbps...
2. Given the table below (10 pts): A. Draw the project network B. Calculate the expected time to complete each activity as well as the variance (or standard deviation) associated with that time C. Determine the time associated with each potential path and denote the critical path D. Given the calculated data, what is the probability of completing the project in 30 days? 35 days? E. If you were to try to improve your performance (in terms of time), what...
DI Question 2 1.5 pts Which situations allow the client main() in the file my_program.py to access a method name, say func(), alone, as in x-func) without dereferencing it using prepended name like modname.func or x = some object. func () or x-SomeClass.func() O func) is defined in some module, say, "modname.py" and modname is imported into my_program.py using: from modname import func() is an instance method or a class method in a class, say SomeClass, defined in the same...
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