Total number of queued jobs/tasks/slots: 126/1,161,683/1,161,726
60 users have/had running or queued jobs over the past 7 days, 75 over the past 15 days.
96 over the past 30 days.
Click on the tabs to view each section, on the plots to view larger versions.
You can view the current cluster snapshot sorted by name, no. cpu, usage, load
or memory, and
view the past load for 7, or 15, or 30 days as well as highlight a given user by
selecting the corresponding options in the drop down menus.
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This page was last updated on Thursday, 19-Feb-2026 16:31:43 EST
with mk-webpage.pl ver. 7.3/1 (Oct 2025/SGK) in 0:37.
Warnings
Oversubscribed Jobs
As of Thu Feb 19 16:27:09 EST 2026 (1 oversubscribed job)
Total running (PEs/jobs) = 1293/838, 126 queued (jobs), 1 extra, showing only oversubscribed jobs (cpu% > 133% & age > 1h) for all users.
jobID name user age nPEs cpu% queue node taskID
12198995 euk-SNP_array johnsonsj +1:22 2 135.0% mThM.q 65-23 11
⇒ Equivalent to 0.7 overused CPUs: 2 CPUs used at 135.0% on average.
Inefficient Jobs
As of Thu Feb 19 16:27:11 EST 2026 (9 inefficient jobs, showing no more than 3 per user)
Total running (PEs/jobs) = 1285/830, 126 queued (jobs), showing only inefficient jobs (cpu% < 33% & age > 1h) for all users.
jobID name user age nPEs cpu% queue node taskID
11801118 angsd_strict uribeje +30:22 8 13.2% uThM.q 65-29
12190422 stairwayAZ.job byerlyp +3:06 5 20.0% lThM.q 64-17
12195552 stairwayNE.job byerlyp +3:03 5 20.0% lThM.q 76-04
12198833 stairwayCAR.job byerlyp +2:05 5 19.9% lThM.q 76-14
12202100 sp_flatphys rdi_tella 12:12 20 7.1% mTgpu.q 79-02
12202121 AI_angsd2_arg.j beckerm 07:21 8 25.0% mThM.q 76-12
12202124 xPSMC1 uribeje 07:08 8 12.7% uThM.q 65-17
12202135 xPSMC3 uribeje 06:28 8 12.4% uThM.q 76-06
(more by uribeje)
⇒ Equivalent to 64.5 underused CPUs: 75 CPUs used at 14.0% on average.
To see them all use:
'q+ -ineff -u uribeje' (4)
Nodes with Excess Load
As of Thu Feb 19 16:27:18 EST 2026 (5 nodes have a high load, offset=1.5)
#slots excess
node #CPUs used load load
-----------------------------------
65-07 64 10 12.3 2.3 * 76-02 192 0 3.4 3.4 * 76-03 192 25 36.0 11.0 * 76-04 192 31 39.8 8.8 * 76-09 128 22 24.7 2.7 *Total excess load = 28.3
High Memory Jobs
Statistics
User nSlots memory memory vmem maxvmem ratio
Name used reserved used used used [TB] resd/maxvm
--------------------------------------------------------------------------------------------------
uribeje 40 27.2% 1.5625 57.6% 0.1384 31.0% 0.2037 0.2133 7.3
campanam 48 32.7% 0.3906 14.4% 0.0108 2.4% 0.0116 0.0117 33.4
johnsonsj 20 13.6% 0.3906 14.4% 0.2294 51.3% 0.2302 0.2316 1.7
beckerm 24 16.3% 0.3125 11.5% 0.0588 13.2% 0.0708 0.0724 4.3
byerlyp 15 10.2% 0.0586 2.2% 0.0097 2.2% 0.0098 0.0098 6.0
==================================================================================================
Total 147 2.7148 0.4472 0.5261 0.5389 5.0
Warnings
21 high memory jobs produced a warning:
3 for beckerm
3 for byerlyp
1 for campanam
9 for johnsonsj
5 for uribeje
As of Thu Feb 19 16:27:18 EST 2026
125 jobs waiting for hchong (top 5):
jobID jobName user age nPEs memReqd queue taskID
--------- --------------- ---------------- ------ ---- -------- ------ -------
12202175 l2_jacobian_202 hchong 05:28 1 6.0 sThC.q 22807-30000:1
12202176 l2_jacobian_202 hchong 05:28 1 6.0 sThC.q 30001-40000:1
12202177 l2_jacobian_202 hchong 05:28 1 6.0 sThC.q 40001-50000:1
12202178 l2_jacobian_202 hchong 05:28 1 6.0 sThC.q 50001-60000:1
12202179 l2_jacobian_202 hchong 05:28 1 6.0 sThC.q 60001-70000:1
quota rule resource=value/limit %used
------------------- ------------------------------- ------
max_slots_per_user/1 slots=797/840 94.9% for hchong
max_hC_slots_per_user/1 slots=797/840 94.9% for hchong in queue sThC.q
max_mem_res_per_user/1 mem_res=4.670T/9.985T 46.8% for hchong in queue uThC.q
------------------- ------------------------------- ------
1 job waiting for johnsonsj:
jobID jobName user age nPEs memReqd queue taskID
--------- --------------- ---------------- ------ ---- -------- ------ -------
12198995 euk-SNP_array johnsonsj +2:03 2 40.0 mThM.q 29-71:1
quota rule resource=value/limit %used
------------------- ------------------------------- ------
max_mem_res_per_user/2 mem_res=400.0G/8.944T 4.4% for johnsonsj in queue uThM.q
max_hM_slots_per_user/2 slots=20/585 3.4% for johnsonsj in queue mThM.q
max_slots_per_user/1 slots=20/840 2.4% for johnsonsj
------------------- ------------------------------- ------
Overall Quota Usage
quota rule resource=value/limit %used
------------------- ------------------------------- ------
total_slots/1 slots=1293/5960 21.7% for *
blast2GO/1 slots=22/110 20.0% for *
total_mem_res/1 mem_res=5.189T/39.94T 13.0% for * in queue uThC.q
total_gpus/1 GPUS=1/8 12.5% for * in queue mTgpu.q
total_mem_res/2 mem_res=2.715T/35.78T 7.6% for * in queue uThM.q
Memory Usage
Reserved Memory, All High-Memory Queues
Select length:
Current Memory Quota Usage
As of Thu Feb 19 16:27:19 EST 2026
quota rule resource=value/limit %used filter
---------------------------------------------------------------------------------------------------
total_mem_res/1 mem_res=5.143T/39.94T 12.9% for * in queue uThC.q
total_mem_res/2 mem_res=2.715T/35.78T 7.6% for * in queue uThM.q
Current Memory Usage by Compute Node, High Memory Nodes Only
Limit slots for all users together
users * to slots=5960
users * queues sThC.q,lThC.q,mThC.q,uThC.q to slots=5176
users * queues sThM.q,mThM.q,lThM.q,uThM.q to slots=4680
users * queues uTxlM.rq to slots=536
users * queues sTgpu.q,mTgpu.q,lTgpu.q to slots=104
Limit slots/user for xlMem restricted queue
users {*} queues {uTxlM.rq} to slots=536
Limit total reserved memory for all users per queue type
users * queues sThC.q,mThC.q,lThC.q,uThC.q to mem_res=40902G
users * queues sThM.q,mThM.q,lThM.q,uThM.q to mem_res=36637G
users * queues uTxlM.rq to mem_res=8063G
Limit slots/user for interactive (qrsh) queues
users {*} queues {qrsh.iq} to slots=16
Limit GPUs for all users in GPU queues to the avail no of GPUs
users * queues {sTgpu.q,mTgpu.q,lTgpu.q,qgpu.iq} to GPUS=8
Limit GPUs per user in all the GPU queues
users {*} queues sTgpu.q,mTgpu.q,lTgpu.q,qgpu.iq to GPUS=4
Limit GPUs per user in each GPU queues
users {*} queues {sTgpu.q} to GPUS=4
users {*} queues {mTgpu.q} to GPUS=3
users {*} queues {lTgpu.q} to GPUS=2
users {*} queues {qgpu.iq} to GPUS=1
Limit to set aside a slot for blast2GO
users * queues !lTb2g.q hosts {@b2g-hosts} to slots=110
users * queues lTb2g.q hosts {@b2g-hosts} to slots=1
users {*} queues lTb2g.q hosts {@b2g-hosts} to slots=1
Limit total bigtmp concurrent request per user
users {*} to big_tmp=25
Limit total number of idl licenses per user
users {*} to idlrt_license=102
Limit slots for io queue per user
users {*} queues {lTIO.sq} to slots=8
Limit slots for io queue per user
users {*} queues {lTWFM.sq} to slots=2
Limit the number of concurrent jobs per user for some queues
users {*} queues {uTxlM.rq} to no_concurrent_jobs=3
users {*} queues {lTIO.sq} to no_concurrent_jobs=2
users {*} queues {lWFM.sq} to no_concurrent_jobs=1
users {*} queues {qrsh.iq} to no_concurrent_jobs=4
users {*} queues {qgpu.iq} to no_concurrent_jobs=1
Limit slots/user in hiCPU queues
users {*} queues {sThC.q} to slots=840
users {*} queues {mThC.q} to slots=840
users {*} queues {lThC.q} to slots=431
users {*} queues {uThC.q} to slots=143
Limit slots/user for hiMem queues
users {*} queues {sThM.q} to slots=840
users {*} queues {mThM.q} to slots=585
users {*} queues {lThM.q} to slots=390
users {*} queues {uThM.q} to slots=73
Limit reserved memory per user for specific queues
users {*} queues sThC.q,mThC.q,lThC.q,uThC.q to mem_res=10225G
users {*} queues sThM.q,mThM.q,lThM.q,uThM.q to mem_res=9159G
users {*} queues uTxlM.rq to mem_res=8063G
Limit slots/user for all queues
users {*} to slots=840
You can view plots of disk use vs time, for the past 7, 30, or 120 days;
as well as
plots of disk usage by user, or
by device (for the past 90 or 240 days respectively).
Notes
Capacity shows % disk space full and % of inodes used.
When too many small files are written on a disk, the file system can become full because it is
unable to keep track of new files.
The % of inodes should be lower or comparable to the % of disk space used.
If it is much larger, the disk can become unusable before it gets full.