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...
2 File distribution time: Server-Client vs. P2P (10 pts) Consider distribution of a file to N peers on a network. The network parameters are as below File size, F 1 Gbits Upload rate of the server, u10 Mbps Download rate of each peer, d Mbps Upload rate of each peer, Mbps 1. Calculate the file distribution time in a client-server network for each of N = 100, 1000, and 10000, 5 pts) 2. Calculate the file distribution time in a...
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...
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 =...