Please do telecom problems 1 to 4 inclusive.

1. Given a total end to end delay (trans + propagation) of 1sec. If avg. channel access delay is 0.5 sec, then what is the throughput of a channel rated at 1 Mbps and required to send an average file size of 1Mbits? 2. Given a total end to end delay (trans + propagation) of 1sec. The channel load is kept so low that the avg. channel access delay is very small that it can be ignored. Then what is the throughput of a channel rated at 1 Mbps and required to send an average file size of 1Mbits as 100 bits packets with 30 bits of overhead per packet? 3. Given a total end to end delay (trans + propagation) of 1sec. The channel load is usually high and the avg. channel access delay is 0.5 sec. Then what is the throughput of a channel rated at 1 Mbps and required to send an average file size of 1Mbits as 100 bits packets with 30 bits of overhead per packet? 4. Assume a path between two end points that is made of two identical links with an intermediate hop. Each link has a 1 Mbps data rate, is 10 kilometer long, with a propagation speed of 2*10^8 meters per sec. Suppose you were to send a 100 Kilobit file from one end to the other , passing through the intermediate hop, such that the file is fully received and re-transmitted at the intermediate hop. Ignore any other form of delays. Calculate the Throughput for the end to end data transfer. Ignore any data overhead bits.

View Window Help Tools Activity Week 2.pdf T (01 2 58.4% What is the throughput of data transmission.? e Activity Week 2: Throughput and Delays 6. What is the impact on throughput in problems 4)and 5) if channel data rate is increased to 100 1. Given a total end to end delay (trans + propagation) of 1sec. If avg. channel acoess delay is os 7. What is the impact on throughput in problems 4) and 5) if channel data rate is decreased to sec, then what is the throughput of a channel rated at 1 Mbps and required to send an file size of 1Mbits okbps? 2. Given a total 8. What is the impact on throughput in problem 5) if the packet size were birger at 10000 bits per end to end delay (trans + propagation) of isec. The channel load is kept so low that can be ignored. Then what is the throughput of packet? the ang, channel access delay is very small that i a channel rated at 1 Mbps and required to send an average file size of 1Mbits as 100 bits packets with 30 bits of overhead per packet? What is the impact on throughput in problem 5) if packet size were reduced to a 100 bits? Work out the results. 9. a total end to end delay (trans+ propagation) of isec. The channel load is usually high and the avg, channel access delay is 0.5 sec. Then what is the throughput of a channel rated at 1 Mbps and required to send an average file size of 1Mbits as 100 bits overhead per packet? packets with 30 bits of 4 Assume a path between two end points that is made of two identical links with an intermediate hop. Each link has a 1 Mbps data rate, is 10 kilometer iong, with a propagation speed of 2*103 meters per sec Suppose you were to send a 10o Kilobit file from one end to the other through the intermedate hop, such that the file is fully received and re-transmitted at the intermediate hop. gnore any other form of delays. Calculate the Throughput for the end to end data transfer ignore any data overhead bits. passing s. Assume the same link data rate, distance and propagation speed, as described in the previous n this case, instead of sending a single large file, you decide to send the 100Kilobits problem. i file ac small data chunks/packets of 4000 bits To each of the 4000 bits packet data, you plan to append a 100 bit header (overhead bit). Assume the average processing delay at the intermediate hop to be negligble. Each packet is fuily received, processed and retransmitted at the intermediate hop. How many packets are created in total, to send the 100kilobits file? . How much data is sent in total? . What is the transmission delay per hop for each packet? . what is the propagation delay for the packet? . what is the total, end to end delay to send the entire fie? Type here to search View Window Help Tools Activity Week 2.pdf T (01 2 58.4% What is the throughput of data transmission.? e Activity Week 2: Throughput and Delays 6. What is the impact on throughput in problems 4)and 5) if channel data rate is increased to 100 1. Given a total end to end delay (trans + propagation) of 1sec. If avg. channel acoess delay is os 7. What is the impact on throughput in problems 4) and 5) if channel data rate is decreased to sec, then what is the throughput of a channel rated at 1 Mbps and required to send an file size of 1Mbits okbps? 2. Given a total 8. What is the impact on throughput in problem 5) if the packet size were birger at 10000 bits per end to end delay (trans + propagation) of isec. The channel load is kept so low that can be ignored. Then what is the throughput of packet? the ang, channel access delay is very small that i a channel rated at 1 Mbps and required to send an average file size of 1Mbits as 100 bits packets with 30 bits of overhead per packet? What is the impact on throughput in problem 5) if packet size were reduced to a 100 bits? Work out the results. 9. a total end to end delay (trans+ propagation) of isec. The channel load is usually high and the avg, channel access delay is 0.5 sec. Then what is the throughput of a channel rated at 1 Mbps and required to send an average file size of 1Mbits as 100 bits overhead per packet? packets with 30 bits of 4 Assume a path between two end points that is made of two identical links with an intermediate hop. Each link has a 1 Mbps data rate, is 10 kilometer iong, with a propagation speed of 2*103 meters per sec Suppose you were to send a 10o Kilobit file from one end to the other through the intermedate hop, such that the file is fully received and re-transmitted at the intermediate hop. gnore any other form of delays. Calculate the Throughput for the end to end data transfer ignore any data overhead bits. passing s. Assume the same link data rate, distance and propagation speed, as described in the previous n this case, instead of sending a single large file, you decide to send the 100Kilobits problem. i file ac small data chunks/packets of 4000 bits To each of the 4000 bits packet data, you plan to append a 100 bit header (overhead bit). Assume the average processing delay at the intermediate hop to be negligble. Each packet is fuily received, processed and retransmitted at the intermediate hop. How many packets are created in total, to send the 100kilobits file? . How much data is sent in total? . What is the transmission delay per hop for each packet? . what is the propagation delay for the packet? . what is the total, end to end delay to send the entire fie? Type here to search