Poisson Process

2. Susan downloads WEB pages from an HTTP server. She experiences the following download parameters A round-trip time RTT 300 msec (millisec) A WEB page (an HTML response file) of length M-2 KByte A random number of embedded objects in each downloaded WEB page, where k is Poisson random variable. It is found that Probk-01-001. The average length of each object in a downloaded WEB page L 12 KByte find the following values: (a) The average number of objects in a downloaded WEB page (b) The average downloading time assuming HTTP/1.0 with parallel TCP connections is used (c) Repeat part (b) assuming the use of HTTP/1.1 with persistence and pipelining 2. Susan downloads WEB pages from an HTTP server. She experiences the following download parameters A round-trip time RTT 300 msec (millisec) A WEB page (an HTML response file) of length M-2 KByte A random number of embedded objects in each downloaded WEB page, where k is Poisson random variable. It is found that Probk-01-001. The average length of each object in a downloaded WEB page L 12 KByte find the following values: (a) The average number of objects in a downloaded WEB page (b) The average downloading time assuming HTTP/1.0 with parallel TCP connections is used (c) Repeat part (b) assuming the use of HTTP/1.1 with persistence and pipelining