with all these requirements simultaneously.
For project 1, you must implement the scheduler described in this
with all these requirements simultaneously.
For project 1, you must implement the scheduler described in this
which is one example of a @dfn{multilevel feedback queue} scheduler.
This type of scheduler maintains several queues of ready-to-run threads,
where each queue holds threads with a different priority. At any given
which is one example of a @dfn{multilevel feedback queue} scheduler.
This type of scheduler maintains several queues of ready-to-run threads,
where each queue holds threads with a different priority. At any given
threads start with a @var{nice} value inherited from their parent
thread. You must implement the functions described below, which are for
use by test programs. We have provided skeleton definitions for them in
threads start with a @var{nice} value inherited from their parent
thread. You must implement the functions described below, which are for
use by test programs. We have provided skeleton definitions for them in
Every thread has a @var{nice} value between -20 and 20 directly under
its control. Each thread also has a priority, between 0
(@code{PRI_MIN}) through 63 (@code{PRI_MAX}), which is recalculated
Every thread has a @var{nice} value between -20 and 20 directly under
its control. Each thread also has a priority, between 0
(@code{PRI_MIN}) through 63 (@code{PRI_MAX}), which is recalculated