LSF Queue Status for HPC Clusters

The following tables provide a summary of the current LSF queue status on the HPC Linux clusters. This data is updated every 10 minutes (refresh page to display updated data).

Table 1 lists each queue, the total job slots the queue can access, current number of requested job slots waiting in queue, number of job slots that are currently reserved from the queue, number of job slots running from the queue, and the number of available job slots remaining that can be scheduled from the queue.

Queue	Job Slots	Waiting	Reserved	Running	Available
serial_long	0	0	0	4	0
serial	0	0	0	1	0
long	0	0	0	8	0
short	132	0	0	3	10
single_chassis	8	1116	4	220	0
test	0	0	0	0	0
test3	132	0	0	5	10
testIB	0	0	0	0	0
hybrid	0	0	0	0	0
gpu	0	0	0	0	0
shared_memory	0	104	8	3	0
test4	0	0	0	0	0
standard	0	832	48	79	0
jre	152	0	0	0	10
debug	152	0	0	0	10
pams_serial	8	0	0	0	0
aro	8	0	0	27	0
brc	164	0	0	88	10
brc_long	164	0	0	17	10
collazo	152	0	0	0	10
dean	152	0	0	0	10
eapen	152	0	0	6	10
eccr	154	0	0	0	10
edwards	152	0	0	0	10
gnep	152	0	0	53	10
gto	6	8	88	17	0
gubbins	152	0	0	25	10
harlim	152	0	0	0	10
hawari	152	0	0	28	10
he	8	0	0	23	0
he2	0	0	0	9	0
imr	152	0	0	31	10
irving	160	432	0	46	10
irving_ib	2	48	0	14	0
jakubikova	152	0	0	1	10
jakubikova_long	152	0	0	1	10
jre_dtra	152	0	0	0	10
kelley	152	0	0	0	10
kleinstreuer	152	0	0	0	10
lalush	152	0	0	0	10
lazzati	152	0	0	0	10
meskhidze	152	0	0	0	10
mobyle	152	0	0	0	10
nardelli	152	0	0	0	10
newell	152	0	0	0	10
nucastro	152	0	0	2	10
pams	28	539	33	153	0
parker	152	0	0	0	10
pasquinelli	152	0	0	16	10
qe	152	0	0	88	10
radiant	152	0	0	0	10
roberts	152	0	0	0	10
roland	152	0	0	8	10
terando	152	0	0	0	10
test2	152	0	0	0	10
tuck	152	0	0	0	10
vouk	152	0	0	0	10
yingling	152	0	0	74	10
zeus	152	0	0	0	10
zhang	152	0	0	4	10
zhou	152	0	0	0	10
zikry	152	0	0	24	10

Table 2 presents essentially the same information arranged slightly differently. Generally available queues are shown individually and partner queues are shown as a single column.

Job slot use is displayed in rows. Top row is accessable job slots in use by other queues, followed by available job slots, job slots used by running jobs, reserved job slots, and finally the number of job slot requests waiting in queue.

Table 3 provides some additional detail for each currently queued job.Under Development!

Jobs are divided by status: running and waiting. For running jobs the job ID, number of processors, run limit, and submission time are shown. Waiting jobs have the same information displayed with the addition of fair share priority (last line) and number of reserved processors (on line with the number of processors requested).