SenseMonitor (version 5.0): Binary Inspiral Sensitivity Monitor
 
This monitor calculates the approximate range at which the interferometer can detect the inspiral of a pair of 1.4 solar-mass neutron stars with SNR > 8.
This page was last updated: November 7, 2009 at 13:35:45 UTC
Next scheduled update time: November 7, 2009 at 13:36:45 UTC

Run Parameters
Channel: L1:LSC-DARM_ERR
Stride: 60 sec
Number of Strides Already Processed: 40776
Maximum Number of Strides to Process: 99999
Number of Averages for PSD: 15
Window: hanning
Low Frequency : 30 Hz
High Frequency : 1400 Hz
Monitor Start Time (GPS): 939189600
(UTC): October 10, 2009 at 5:59:45

Current Range
GPS Time1-Stride Range (Mpc)5-Stride Average Range (Mpc) 15-Stride Average Range (Mpc)Next Update Time (UTC)
94163616000 0November 7, 2009 13:36

Data Quality Flags this Stride
Data quality flagStatus for this time stride (0-OFF, 1-ON)
DMT-INSPIRAL_RANGE_STDEV_GT_0P50_MPC 0
DMT-INSPIRAL_RANGE_STDEV_GT_0P75_MPC 0
DMT-INSPIRAL_RANGE_STDEV_GT_1_MPC 0
DMT-INSPIRAL_RANGE_STDEV_GT_2_MPC 0
DMT-INSPIRAL_RANGE_STDEV_GT_3_MPC 0
DMT-INSPIRAL_RANGE_STDEV_GT_4_MPC 0
DMT-INSPIRAL_RANGE_STDEV_GT_5_MPC 0
Error Messages
Monitor Output: more details
Cumulative Monitor Output from all runs

This page was last updated: November 7, 2009 at 13:35:45 UTC
This monitor was written by Patrick J. Sutton and Kevin C. Schlaufman
Laser Interferometer Gravitational-wave Observatory