Schedule capacity is measured as the constant number of packets per timeslot added to a random data flow such that a bounded mean end-to-end packet delay is conserved, and a greater capacity is achieved with the proposed temporal reuse-aware scheduler when compared to the non-aware scheduler for both schedules having temporal reuse.
It is not unusual for both schedules and destinations to be ignored.
The spatial characteristics of task-related activity remained constant in both schedules.
The application of both schedules is safe and feasible in an outpatient setting.
Both schedules involved three interstate (or overseas) matches and had an average of four or more changes per match.
In Experiment 2, participants (n = 8) sham-consumed (i.e. spit out) sweet and non-sweet beverages, utilizing both schedules.
In Experiment 1, participants (n = 8) consumed yogurt shakes after a 1-h or 21-h food deprivation period on both schedules.
And both schedules will be enlivened by multi-platform blockbusters like Star Wars Battlefront, Destiny, Final Fantasy XV, The Crew, Tom Clancy's The Division and EA's Mirror's Edge reboot.
Friday is a "weekend" here and Sunday is a "weekday". But this is a relocation, not a business trip, so we must continue to do our day jobs balancing both schedules and time zones.
In Experiment 3, sham-consuming sweet and non-sweet beverages on both schedules and working for shake on the PR schedule were repeated, after three nights of either habitual sleep or short sleep duration (n = 7) in a crossover design.
By definition, both schedules end at Topt.
