The distribution of the time period (in speech frames) between successive active entries is AE the convolution of the distributions of and This is given by: SP TS. (121) Note that can be used as a crude guide to the time between MAC layer resource reservations, AE provided a single reservation is made per user per talk-spurt. Note that in practice, very small values of might not lead to a separate reservation request, but equation (121) still offers some AE potentially useful guidance. Since the state transitions from state 1 to state 0 and vice versa are independent, the mean time AE between active state entries is given simply by the sum of the mean time in each state. That is: (122) Accordingly, the mean rate of arrival of transitions into the active is given by: (123)
The distribution of the time period AE (in speech frames) between successive active entries is the convolution of the distributions of SP and TS. This is given by: (121) Note that AE can be used as a crude guide to the time between MAC layer resource reservations, provided a single reservation is made per user per talk-spurt. Note that in practice, very small values of AE might not lead to a separate reservation request, but equation (121) still offers some potentially useful guidance. Since the state transitions from state 1 to state 0 and vice versa are independent, the mean time AE between active state entries is given simply by the sum of the mean time in each state. That is: (122) Accordingly, the mean rate of arrival of transitions into the active is given by: (123)
R-REP-M.2135-1-2009-MSW-E.docx